infomatique

A WEDGE SHAPED HOUSE AT 27, 27A, 27B GREENVILLE TERRACE

Making my blog more accessible is important to me. For readers who find the detailed text descriptions challenging, I've begun adding audio descriptions in a conversational format. I hope this offers a richer and more inclusive experience

PHOTOGRAPHED USING A CANON 5D MkIII

Greenville Terrace and Greenville Avenue are situated within the larger area commonly known as “The Tenters,” a neighbourhood whose development is intrinsically linked to the Fairbrother’s Fields housing scheme. This scheme holds considerable historical significance as one of the first major public housing projects undertaken by the newly established Irish Free State in the early 1920s.

THE A1 HAS BEEN DELAYED THE FUJI GFX100RF IS DUE IN MAY AND I AM NOT SURE IF I NEED THE LEICA Q3 43

WILLIAM MURPHY APRIL 2025

The delivery of the A1 has been delayed, and the Fuji GFX100RF is expected in May. I’m currently weighing up whether I still need the Leica Q3 (or Q3 43).

My predicament stems from having pre-booked hotel rooms across Ireland, yet I’m still awaiting a suitable camera. Initially, I was leaning towards the Leica Q3 43, as it was readily available, albeit at a considerable cost. However, the unexpected early availability of the Fuji GFX caught my attention, as I’d previously understood it might be delayed for many months.

Upon its release, I promptly purchased the Sony A7RIV. Shortly after its arrival, a trip to Belfast resulted in an unfortunate fall due to a loose paving stone. This incident damaged my camera, my ribs, and a Voigtländer lens. Since then, the A7RIV has exhibited intermittent faults. While I still use it, its reliability is questionable. Nevertheless, I’ve continued to invest in Sony’s original lenses.

When the A7RV was announced, I placed a pre-order. After a lengthy wait, I decided to cancel it to save for the A1. By the time I could afford the A1, the A1 II had been launched. I placed and paid for an order in November/December 2024 and am still awaiting its arrival. I was offered the option to switch to a Fujifilm GFX100SII, but I was hesitant as I was starting to consider more compact alternatives. I did briefly consider a second-hand unit, but the prospect of acquiring a set of suitable lenses was unappealing.

My exploration of other options led me to consider the Leica Q3 43, knowing I could finance it by May 2025. Then, in April 2025, the Fuji GFX100RF was announced.

I attended a presentation of the camera here in Dublin, and a few days later, I was informed that one would be available to me by the last week of May. Furthermore, I could have any colour, as long as it was black. So, I anticipate having a camera for my week-long visit to Belfast at the end of May.

Therefore, I never acquired the A7RV, and while I’m still awaiting the A1 II (possibly arriving in June/July), my collection of GM II lenses means I won’t cancel my order, especially as I’m not interested in any current Sony alternatives.

I’ve more or less decided against the Leica Q3/43, assuming the Fuji meets my expectations.”

Navigating the Summit: A Strategic Analysis of the Sony A1 II, Fuji GFX100RF, and Leica Q3 in a High-End Photographic Toolkit

I. Introduction: Navigating the Peaks of Photographic Technology

A. Acknowledging My Position:

The current photographic landscape presents a wealth of high-performance imaging tools, prompting both enthusiasts and professionals to carefully consider the strategic composition of their equipment.

The described situation – awaiting the delivery of a flagship Sony A1 II while simultaneously integrating the unique capabilities of the Fuji GFX100RF, and reconsidering a planned acquisition of a Leica Q3 or Q3 43 – represents a privileged position. It allows for equipment decisions driven not primarily by budgetary constraints, but by the pursuit of optimal photographic capability, user experience, and the avoidance of functional redundancy.

This analysis aims to provide an expert perspective on this specific scenario, evaluating the distinct roles these cameras play and offering guidance on the most strategically sound path forward. The context provided by past experiences, including issues with a previous Sony A7RIV and the subsequent commitment to the Sony ecosystem through significant investment in Version II GM lenses and the A1 II pre-order, underscores the importance of reliability and maximising the potential of the chosen primary system.

B. Introducing the Contenders:

At the heart of this assessment are three distinct photographic instruments, each representing a pinnacle of design and technology within its respective category:

Sony A1 II: As the anticipated successor to the formidable A1, this camera represents the zenith of Sony’s full-frame mirrorless technology. It embodies a philosophy of ultimate versatility, promising exceptional speed, high resolution, state-of-the-art autofocus, and comprehensive video features, all supported by the mature and extensive E-mount lens system in which significant investment has already been made.

Fuji GFX100RF: This camera stands out as a significant innovation within the medium format market, packaging a 102-megapixel sensor into a rangefinder-style body. It offers a fundamentally different approach to image capture compared to full-frame systems, emphasising ultimate image quality, unique tonal rendering, and a distinct handling experience, marking a deliberate step into the medium format realm.

Leica Q3/Q3 43: Representing the archetype of the premium full-frame fixed-lens compact camera, the Leica Q series prioritises exceptional build quality, intuitive operation, and the singular optical signature of its integrated Summilux lens. It embodies a philosophy of deliberate constraint, focusing on the purity of the shooting experience with a fixed focal length. However, it shares the same sensor as my A7RIV.

C. Defining the Core Question:

The central consideration is whether the Leica Q3/43, despite its own merits, offers a sufficiently unique and valuable proposition to justify its inclusion alongside the already formidable combination of the Sony A1 II and the Fuji GFX100RF.

Does the GFX100RF, with its distinct medium format sensor and rangefinder styling, adequately fulfil the desire for a ‘different’ high-quality shooting experience, thereby rendering the Leica Q3 potentially redundant within this specific, high-capability toolkit? Or does the Q3 carve out a niche – perhaps in portability or its specific fixed-lens character – that remains unfilled? This report will dissect the capabilities, philosophies, and potential synergies of these systems to provide a clear recommendation.

II. The Core Systems: Defining Capabilities & Philosophies

A. Sony A1 II & GM Lens Ecosystem: The Apex Predator

Overview: The Sony A1 II, building upon the legacy of its predecessor, is positioned as the system engineered for peak performance across the widest possible range of photographic disciplines. It is the embodiment of a “do-it-all” philosophy at the highest level, expected to deliver uncompromising speed, substantial resolution, industry-leading autofocus capabilities, and professional-grade video functionality.

Performance Expectations: The original A1 set benchmarks with capabilities like 30fps blackout-free continuous shooting and highly sophisticated real-time tracking autofocus, proving indispensable for demanding genres such as sports, wildlife, and photojournalism. The A1 II is anticipated to refine and potentially elevate these capabilities further, solidifying its role as the high-performance engine of the photographic kit. Its predecessor’s 50MP sensor struck a potent balance between detail capture and processing speed; the A1 II is expected to maintain or enhance this resolution, ensuring competitiveness with other high-megapixel bodies while retaining its speed advantage. This combination of high resolution and extreme speed clearly differentiates it from systems prioritising one aspect over the other.

System Investment & Inertia: A critical factor in this analysis is the substantial existing investment in Sony’s top-tier Version II GM lenses. These lenses are optically engineered to resolve immense detail and perform optimally on high-resolution, high-speed bodies like the A1 II. This investment represents not just sunk cost, but a deep integration into a specific ecosystem. Familiarity with the system, muscle memory developed through use, and the sheer breadth of optical choices available create significant operational advantages. Consequently, the A1 II and its associated lenses naturally assume the role of the primary, “default” system. Any potential addition, like the Leica Q3, must offer compelling advantages to overcome the inherent convenience, versatility, and optimised performance already present within the established Sony framework. The bar for justification is therefore elevated; the question is not merely whether the Q3 is a good camera, but whether it adds indispensable value beyond what the comprehensive Sony system already provides.

B. Fuji GFX100RF: The Medium Format Experience, Redefined

Overview: The Fuji GFX100RF distinguishes itself immediately through its 100-megapixel medium format sensor. However, its identity extends beyond resolution; it incorporates rangefinder-style ergonomics and leverages Fujifilm’s renowned colour science and lens design. The larger sensor format inherently influences image characteristics, offering potential advantages in tonal gradation, depth of field rendering, and the sheer level of detail achievable.

Image Quality and Handling: The GFX system consistently earns accolades for its exceptional image quality, characterised by fine detail, smooth tonal transitions, and a distinct rendering often described as having a “medium format look” or enhanced “presence” compared to full-frame output. Fujifilm’s Film Simulations add another layer of unique character directly out of camera. While image quality is paramount, the handling experience is also distinct. GFX cameras, including the RF model, are generally regarded as more deliberate instruments compared to flagship full-frame mirrorless bodies. While autofocus performance has steadily improved within the GFX line, it typically does not match the blistering speed and tracking tenacity of systems like the Sony A1 series. The rangefinder-inspired design of the GFX100RF offers a specific tactile appeal, differentiating it from SLR-style grips common on other GFX models and most mirrorless cameras. This ergonomic choice caters to photographers who appreciate that particular way of interacting with a camera.

The Deliberate Shooting Niche: The GFX system’s strengths align naturally with photographic genres that benefit from a measured approach – landscape, architecture, studio portraiture, and fine art reproduction. Its relative performance characteristics make it less suited for capturing fast, unpredictable action compared to the A1 II. This distinction is not merely a limitation but can be viewed as a feature. The GFX100RF encourages a slower, more considered photographic process, focusing attention on composition, light, and subject interaction. This provides a valuable experiential counterpoint to the Sony A1 II’s emphasis on capturing the decisive moment, however fleeting. The GFX system already introduces a significantly different way of seeing and shooting, potentially fulfilling the need for a departure from the primary full-frame workflow and reducing the impetus to seek yet another distinct experience via the Leica Q3.

C. Leica Q3/43: The Art of the Focused Instrument

Overview: The Leica Q series, exemplified by the Q3 (and potential variants like a Qe), operates on a distinct philosophy: pairing a high-resolution full-frame sensor with a single, optically exceptional fixed prime lens – the Summilux 28mm f/1.7 ASPH. – within a meticulously crafted, minimalist body. It champions the idea that creative potential can be unlocked through simplification and focus.

Lens, Experience, and Portability: The cornerstone of the Q3’s appeal is its lens. Reviews consistently extol the virtues of the 28mm Summilux, praising its sharpness, micro-contrast, pleasing bokeh, and overall rendering characteristics. It is widely considered one of the finest lenses ever integrated into a compact camera. Beyond the lens, the Q series is lauded for the sheer “joy of use.” The tactile satisfaction of its physical controls, the premium materials and construction, the streamlined menu system, and the overall responsiveness contribute to a highly engaging shooting experience. This focus on the process of photography is central to the Leica value proposition. Furthermore, the Q3 offers significant portability compared to interchangeable-lens systems like the A1 II (especially with a GM lens attached) or the GFX100RF, positioning it as a potential candidate for an “everyday carry” or travel camera.

Image Quality Context and the Fixed Lens: The Q3’s 60MP full-frame sensor delivers excellent image quality. However, within the context of this specific user’s toolkit, it doesn’t offer the unique sensor-size advantage of the GFX medium format system, nor is it expected to match the specialised speed and autofocus prowess of the A1 II. Its strength lies in the synergy between its high-quality sensor, the specific character of its Summilux lens, and the overall user experience. In the case of the Q3, the fixed 28mm lens is the defining characteristic, representing both a potential creative catalyst and a significant constraint. It forces the photographer to engage actively with composition and perspective, moving within the scene rather than relying on zoom. For some, this limitation fosters discipline and a unique way of seeing. For others accustomed to the flexibility of interchangeable lenses, it can feel restrictive, particularly when faced with situations demanding longer or wider focal lengths. The core appeal of the Q3, therefore, hinges significantly on an embrace of this fixed-lens philosophy as a deliberate creative choice.

III. Analysing Synergy & Potential Redundancy: The Core Dilemma

A. GFX100RF vs. Leica Q3/43: Complementary Tools or Overlapping Niches?

A direct comparison reveals fundamental differences between the Fuji GFX100RF and the Leica Q3, suggesting they occupy distinct spaces rather than overlapping significantly in technical capability.

Image Quality: The GFX100RF’s primary advantage lies in its 102MP medium format sensor, delivering a level of detail resolution and a specific rendering (tonality, depth transitions) that is characteristic of the larger format. It excels in applications where maximum detail and nuanced tones are paramount, such as landscape and studio work. The Leica Q3, while offering excellent 60MP full-frame quality, is defined more by the unique character imparted by its fixed 28mm Summilux lens. Its strength lies in capturing scenes with a specific wide-angle perspective and environmental context, rendered with the lens’s signature look. The nature of the image quality produced by each camera is fundamentally different; technical overlap in terms of the final “look” is minimal.

Handling & Experience: The physical interaction with each camera is markedly different. The GFX100RF, despite its rangefinder styling, remains a medium format system, generally encouraging a more deliberate pace due to its size, handling dynamics, and potentially slower operational speed compared to smaller formats. The Leica Q3, conversely, is designed for immediacy and engagement. Its compact size, integrated lens, tactile manual controls, and simplified operation foster a direct and intuitive connection between the photographer and the scene. The shooting experiences offered are thus poles apart.

Portability & Use Case: This is perhaps the most significant point of divergence. The Q3 is inherently more portable than the GFX100RF system (body plus lens) and also generally more compact than the A1 II with most GM lenses attached. This makes the Q3 a strong candidate for travel, street photography, or as an “always with you” camera for spontaneous opportunities – a role neither the A1 II nor the GFX typically fills with the same ease.

Despite these clear technical and experiential differences, the question of redundancy requires a deeper look beyond specifications. It’s essential to consider the role each camera plays within the photographer’s overall process and habits. The GFX provides a unique image quality proposition and encourages a specific, methodical approach. The A1 II offers supreme versatility and speed. The Q3 presents portability, simplicity, and a specific lens character for spontaneous or minimalist shooting. While these roles appear distinct on paper, the practical reality is that the GFX already provides a significant departure from the A1 II experience. Does the photographer, that’s me, need another distinct shooting experience offered by the Q3, or does the GFX adequately satisfy the desire for an alternative process? The potential redundancy, therefore, is less technical and more practical: will the Q3 be carried and utilised frequently enough alongside the other two powerful systems to justify its place, or will it remain sidelined due to the compelling capabilities of the A1 II and GFX?

B. Justifying the GFX Acquisition: Its Unique Place

The decision to acquire the Fuji GFX100RF appears strategically sound within the context of building a diverse, high-capability toolkit alongside the Sony A1 II. Its value proposition extends far beyond simply adding more megapixels. The tangible difference in image rendering attributable to the larger medium format sensor – the specific way it handles tones, depth, and detail – provides a genuinely distinct visual signature. Furthermore, the more deliberate shooting process it encourages offers a valuable counterpoint to the high-speed capabilities of the A1 II. The GFX100RF successfully introduces a different imaging modality (medium format) and a different approach to image creation, ensuring minimal direct overlap with the capabilities of the high-performance full-frame Sony system.

C. The Case For (and Against) the Leica Q3/43:

Evaluating the potential addition of the Leica Q3/43 requires weighing its unique attributes against the capabilities already secured with the A1 II and GFX100RF.

Arguments “For” the Q3:

Unique Experience: The blend of Leica’s renowned build quality, intuitive tactile controls, the specific rendering of the Summilux 28mm lens, and the inherent simplicity of a fixed-lens design offers a distinct and highly engaging shooting experience not replicated by either Sony or Fuji.
Portability/Everyday Carry: It fills a clear gap in portability. It is significantly smaller and lighter than the A1 II (with lens) or the GFX system, making it ideal for situations where carrying a larger kit is impractical or undesirable.
Creative Catalyst: The constraint of the fixed 28mm lens can act as a powerful creative stimulant, forcing a more considered approach to composition and perspective, potentially strengthening the photographer’s vision within that focal length.
Complementary Focal Length: The classic 28mm focal length might naturally complement the existing GM lens collection, which likely includes standard zooms or primes at other focal lengths (e.g., 35mm, 50mm, 85mm, 135mm).
Arguments “Against” the Q3:

Potential Role Overlap (Experiential): With the GFX100RF already providing a “deliberate shooting” experience distinct from the A1 II, does the Q3’s specific alternative experience offer enough additional value to warrant adding a third system? The need for another alternative might be diminished.
Fixed Lens Limitation: While potentially liberating for some, the inability to change lenses is an undeniable limitation. Will the user frequently encounter situations where 28mm is unsuitable, leading to frustration when compared to the flexibility of the A1 II and GFX systems?

Cost vs. Usage Frequency: Although budget is not the primary constraint, the substantial cost of the Q3 necessitates justification through regular and meaningful use. Given the immense capabilities of the A1 II and GFX, will the Q3 receive sufficient “shooting time” to provide value commensurate with its price and its place in the kit

AN OVERVIEW OF THE LEXAR PROFESSIONAL WORKFLOW SYSTEM [APRIL-MAY 2025]

I PURCHASED THIS PRODUCT

I am in the process of upgrading my photographic and computer equipment and my first purchase was an M4 Pro Mac Mini which I will discuss at a later date. My most recent purchase was Lexar Professional Workflow System … all elements except the CfExpress Type B card reader. I intend to purchase an Apple M4 studio but not until later this year.

Lexar Professional Workflow System: An In-Depth Analysis for Creative Professionals

I. Introduction

The Lexar Professional Workflow system represents a modular hardware ecosystem designed explicitly to streamline and accelerate the data management tasks inherent in modern creative workflows. Recognising the diverse and often complex media ingest requirements faced by professionals, Lexar has developed a solution centred around a customisable docking station and interchangeable modules. This system primarily targets photographers, videographers, production teams, and other media professionals who frequently handle large volumes of data from various memory card formats and require efficient backup and transfer processes.

This blog post provides a comprehensive analysis of the Lexar Professional Workflow system, focusing specifically on the latest 6-Bay Thunderbolt 4 Docking Station (model WF800). It examines the hub’s architecture, connectivity, and features, delves into the specifications and performance characteristics of key modules like the Workflow Portable SSD and various card readers, and synthesises available professional reviews to offer an overall judgement. Furthermore, it addresses compatibility with Apple Silicon-based Mac Studio systems (M3 Ultra and the anticipated M4 Max) and critically evaluates the performance implications of using USB-C based modules within a Thunderbolt 4 environment, directly addressing potential bottlenecks highlighted in the initial concern that I had before deciding to purchase the system.

II. Lexar Professional Workflow 6-Bay Docking Station (WF800)

The core of the modern Lexar Professional Workflow system is the WF800 6-Bay Docking Station, engineered to serve as a central hub for high-speed data transfer and backup, thereby accelerating post-production timelines.

A. Core Functionality & Connectivity

The WF800 connects to the host computer via a Thunderbolt 4 interface, offering a maximum theoretical bandwidth of 40 Gbps. This high-speed connection is crucial for handling the potentially massive data flow from multiple simultaneous ingest sources.

The station features six modular bays designed to accept Lexar’s specific Workflow SSD and card reader modules. These bays are not uniform in their speed capabilities, reflecting a design choice balancing performance and likely cost:

Two Thunderbolt 4 Bays (40 Gbps): Located on the right side, these bays offer the highest potential throughput, ideally suited for the most demanding modules like the CFexpress 4.0 card readers.

Four USB 3.2 Gen 2 Bays (10 Gbps): These bays provide ample bandwidth for UHS-II SD card readers and are the interface speed used by the Workflow Portable SSD modules when docked.
A key design feature is the ability for all six bays to operate simultaneously, enabling parallel data transfers from multiple sources, significantly reducing ingest time compared to sequential processing.

Beyond the module bays, the WF800 incorporates additional connectivity options to enhance its utility as a workstation hub:

Front Ports: One USB-C port (10 Gbps) and one USB-A port (10 Gbps) provide convenient access for connecting peripherals like standard external drives, thumb drives, or other accessories.
Rear Ports: Two Thunderbolt 4 ports are present. One connects to the host computer, while the second allows for daisy-chaining additional Thunderbolt devices (including up to five more WF800 docks) or connecting high-resolution displays. A dedicated USB-C port serves as the power input.
B. Features & Design

The WF800 emphasises flexibility and performance sustainment through several key features:

Modularity: Users can mix and match various Workflow reader and SSD modules to create a configuration tailored to their specific camera formats and storage needs.
Daisy-Chaining: The ability to link up to six WF800 docks via Thunderbolt 4 allows for highly scalable ingest stations in demanding studio environments.
Display Support: Leveraging the Thunderbolt 4 connection, the dock can drive a single 8K display or two 4K displays, integrating video output into the workflow hub.
Build and Thermal Management: The dock features a robust, scratch-resistant aluminium housing designed to dissipate heat effectively. It incorporates high-efficiency airflow channels and a built-in, temperature-sensitive dual-phase fan to maintain performance during sustained, simultaneous operation across all bays.
Power: A substantial 140W Gallium Nitride (GaN) charger powers the dock and connected modules. It includes replaceable international plug adaptors, adding convenience for travelling professionals.
C. Specifications

Model: WF800
Dimensions (L x W x H): 270 × 143.5 x 78mm
Weight: 1570 g (approx. 3.5 lbs)
Operating System Compatibility: Windows 10/11; macOS 11 (Big Sur) or later
Software Compatibility: Compatible with major NLEs and photo editing software like Adobe Premiere Pro, Final Cut Pro, DaVinci Resolve, Lightroom, Photoshop, etc.
Warranty: 3-year limited warranty
Manufacturer’s Suggested Retail Price (MSRP): $599.99 (Docking station only, modules sold separately)

III. Workflow Modules
The modularity of the Workflow system relies on a range of purpose-built SSD and card reader modules. Lexar has a history with this concept, having released earlier Workflow hubs (HR1 and HR2) based on Thunderbolt 2 and USB 3.0 technology, establishing the foundation for the current Thunderbolt 4 iteration.

A. Lexar Professional Workflow Portable SSD

Designed for both standalone use and integration into the Workflow docks, this portable SSD offers high capacity and ruggedness.

Capacities: Available in 2TB and 4TB options.
Interface (Standalone): The module itself features a USB 3.2 Gen 2×2 interface, capable of speeds up to 20 Gbps when connected to a compatible host port.
Performance (Standalone): Lexar advertises maximum read and write speeds of up to 2000 MB/s when used as a standalone drive with a supporting USB 3.2 Gen 2×2 port.
Performance (in Workflow Dock): Crucially, when inserted into any bay of the WF800 dock (including the 40 Gbps Thunderbolt 4 bays), Lexar officially states the maximum transfer speed for the SSD module is limited to 1050 MB/s. This strongly suggests the module utilises a USB 3.2 Gen 2 (10 Gbps) connection path when docked, irrespective of the bay’s native capability. While one review mentioned achieving 2000 MB/s in the dock , this contradicts Lexar’s official specifications across multiple documents and should be considered potentially inaccurate. The official documentation does not provide a technical explanation for this limitation.
Features: The SSD module boasts an IP68 rating for high-level protection against dust and water ingress (submersion up to 1.5m for 30 mins) and is tested for drop resistance up to 3 metres (approx. 9.8 feet). It features a durable aluminium construction for scratch resistance and heat dissipation, incorporates a thermal control design, supports AES 256-bit encryption when used standalone (via Lexar DataShield software), and comes preformatted with the widely compatible exFAT file system.
Compatibility (Standalone): Works with Windows, macOS, and Android devices via its USB-C connector (includes USB-C to USB-C cable and USB-C to USB-A adaptor). However, Apple devices (Macs, iPads) do not support the USB 3.2 Gen 2×2 standard. When connected directly to a Mac, the drive will operate at USB 3.2 Gen 2 speeds (10 Gbps), limiting its standalone performance to approximately 1050 MB/s.
Warranty: 5-year limited warranty.
MSRP: 2TB – $299.99; 4TB – $499.99.
B. Lexar Professional Workflow Card Readers

Lexar offers several card reader modules covering the most common formats used by creative professionals. All readers share a modular design with an aluminium finish and can function independently of the hub using the included USB-C cable and USB-A adaptor.

SD/microSD UHS-II Reader (WF710):

Interface: USB 3.2 Gen 2 (10 Gbps).
Slots: One SD UHS-II, one microSD UHS-II.
Performance: Supports transfer speeds up to 312 MB/s per slot (limited by UHS-II interface). Both slots can transfer data simultaneously.
Warranty: 3-year limited warranty.
MSRP: $49.99.
Dual-Slot SD UHS-II Reader (WF720):

Interface: USB 3.2 Gen 2 (10 Gbps).
Slots: Two SD UHS-II slots.
Performance: Supports transfer speeds up to 312 MB/s per slot. Both slots can transfer data simultaneously.
Warranty: 3-year limited warranty.
MSRP: $49.99.
CFexpress 4.0 Type A Reader (WF730):

Interface: USB 4. This interface standard incorporates Thunderbolt protocols and supports speeds up to 40 Gbps, allowing it to potentially leverage the full bandwidth of the WF800’s Thunderbolt 4 bays when paired with a fast card and host system.
Performance: Capable of speeds up to 1800 MB/s read and 1650 MB/s write (dependent on CFexpress 4.0 Type A card capabilities). Backwards compatible with CFexpress 2.0 Type A cards.
Warranty: 3-year limited warranty (inferred from other reader modules).
MSRP: $99.99.
CFexpress 4.0 Type B Reader:

Interface: USB 4. Similar to the Type A reader, this interface allows for potential 40 Gbps speeds in the appropriate dock bays.
Performance: Supports transfer speeds up to 40 Gbps (dependent on CFexpress 4.0 Type B card capabilities, e.g., Lexar Diamond series cards reach up to 3700 MB/s read ). Backwards compatible with CFexpress 2.0 Type B cards.
Warranty: 3-year limited warranty (inferred).
MSRP: $99.99.
IV. Performance Analysis & Thunderbolt vs. USB-C Concern
Understanding the performance dynamics of the WF800 hub and its modules is critical, particularly concerning the interplay between Thunderbolt 4 and USB interfaces.

A. Hub and Module Speed Dynamics

The WF800 hub’s architecture provides two distinct speed tiers for its module bays: 40 Gbps (Thunderbolt 4) and 10 Gbps (USB 3.2 Gen 2). This tiered design likely aims to optimise performance where needed most – for the ultra-fast CFexpress cards via the USB 4 readers – while managing overall system complexity and cost.

The key point of potential confusion, and the crux of the user’s query, lies with the Workflow Portable SSD module. Despite its standalone 20 Gbps (USB 3.2 Gen 2×2) capability and the availability of 40 Gbps bays in the hub, its performance within the dock is capped at 1050 MB/s. This strongly indicates that the module’s connection interface, when docked, defaults to or is limited to USB 3.2 Gen 2 (10 Gbps). Therefore, placing the SSD module in a 40 Gbps bay does not yield speeds beyond this 10 Gbps limit. While the hub itself leverages Thunderbolt 4 for its connection to the computer and for two of its bays, the SSD module does not appear to utilise this higher bandwidth when docked.

In contrast, the CFexpress Type A and Type B readers utilise a USB 4 interface. USB 4 can operate over Thunderbolt ports and achieve speeds up to 40 Gbps. This means these readers, when placed in the WF800’s 40 Gbps Thunderbolt 4 bays and paired with sufficiently fast CFexpress 4.0 cards, can potentially leverage the higher bandwidth for significantly faster offloads compared to the 10 Gbps bays or older USB 3.x readers. The UHS-II SD readers operate at USB 3.2 Gen 2 (10 Gbps), which is more than adequate for the ~312 MB/s maximum speed of the UHS-II SD card interface.

B. Simultaneous Operation and Real-World Throughput

The ability to run all six bays concurrently is a major performance advantage for professionals ingesting from multiple sources. The hub’s total bandwidth to the host computer is 40 Gbps via Thunderbolt 4. While the sum of the maximum potential speeds of all modules might exceed this, real-world scenarios involving mixed card types and SSD backups are unlikely to consistently saturate the host connection, especially given the 10 Gbps cap on four bays and the SSD module. The internal architecture, active cooling system (fan and airflow channels), and robust power supply are designed to sustain performance during these parallel operations.

Direct performance benchmarks for the WF800 hub itself are still somewhat limited in publicly available reviews. However, reviews of previous Lexar Workflow generations (HR1/HR2) generally praised the concept and performance, noting that transfer speeds were often limited by the memory cards themselves rather than the hub, particularly with USB 3.0 connections. Some older tests even found USB 3.0 connections performing better than the Thunderbolt 2 implementation on the HR2 hub under certain conditions, possibly due to chipset limitations or driver maturity at the time. The WF800, with its updated Thunderbolt 4 interface, should theoretically offer much higher peak throughput and better handling of simultaneous high-speed transfers, especially benefiting the CFexpress 4.0 modules. Initial hands-on reviews of the WF800 acknowledge its speed potential and the efficiency gains from simultaneous offloads.

V. Reviews and Overall Judgement
The Lexar Professional Workflow 6-Bay Dock (WF800) and its associated modules were announced in late 2024 and became available shortly thereafter. As a relatively new product, comprehensive, independent benchmark reviews are still emerging. However, initial impressions and reviews from tech publications and users provide a good sense of its reception.

A. Review Sources and General Sentiment

Sources reviewing or discussing the WF800 system include photography/tech websites like PetaPixel and Fstoppers, storage-focused sites (often referencing past Workflow models), YouTube channels (some sponsored), and user forums or comment sections.

The overall sentiment towards the WF800 is largely positive, recognising it as a powerful and well-designed solution for a specific professional need. Key strengths consistently highlighted include:

Modularity and Customisation: The ability to tailor the hub with specific readers and SSDs is seen as a major advantage for diverse workflows.
Build Quality: The robust aluminium construction and thoughtful thermal management (heat dissipation, fan) are praised.
Performance Potential: Thunderbolt 4 connectivity, dedicated high-speed bays for CFexpress, and simultaneous operation offer significant speed improvements for ingest and backup.
Connectivity: Extra USB ports, daisy-chaining capability, and display output add value as a central workstation hub.
Problem Solving: It effectively addresses the logistical challenge of managing multiple card formats and simultaneous offloads from multi-camera shoots.
However, some drawbacks and considerations have also been noted:

Cost: The system represents a significant investment, with the hub alone costing $599.99 and each module adding to the total price. The SSD modules, in particular, were perceived by one reviewer as expensive given their 1050 MB/s speed limit within the dock.
Fan Noise: At least one detailed review mentioned that the internal fan, while necessary for cooling, could be noticeably loud, especially in quiet environments or when idle.
SSD Speed Limitation: The fact that the Workflow Portable SSD does not utilise the full speed of the Thunderbolt 4 bays when docked is a technical limitation that potential buyers should be aware of.
Historical Brand Perception: Some users in forums express lingering concerns about Lexar product reliability following its acquisition by Longsys, although recent product reviews (including for the WF800 system) are generally positive regarding build and performance.
B. Overall Judgement

The Lexar Professional Workflow WF800 is judged as a highly effective, specialised tool for creative professionals who can leverage its modularity and simultaneous ingest capabilities to significantly improve workflow efficiency. It is particularly well-suited for studios or individuals dealing with high data volumes from multiple camera systems using varied media formats like CFexpress and UHS-II SD cards. While the initial cost is substantial, the potential time savings and convenience can justify the investment for its target audience. The primary caveats are the potential for audible fan noise and the specific performance limitation of the SSD module when used within the dock.

VI. Compatibility with Mac Studio (M4 Max / M3 Ultra)
The Lexar Professional Workflow WF800 dock is designed for compatibility with modern Mac systems, including Apple Silicon models.

Operating System Requirement: The dock requires macOS 11 (Big Sur) or a later version. Mac Studio models running M3 Ultra or the anticipated M4 Max chips will ship with macOS versions far exceeding this minimum requirement.
Connectivity Standard: Mac Studio computers, across M1, M2, and M3 Ultra generations, feature Thunderbolt 4 ports. It is virtually certain that the upcoming M4 Max-based Mac Studio will also include Thunderbolt 4 / USB4 ports. The WF800 hub utilises a Thunderbolt 4 connection to the host computer, ensuring a direct, high-speed link.
Apple Silicon Compatibility: Thunderbolt 4 is natively supported by Apple’s M-series silicon. Therefore, the WF800 docking station is expected to be fully compatible with Mac Studio models equipped with M3 Ultra and M4 Max processors. No specific compatibility issues related to Apple Silicon have been reported in the available documentation or reviews. The system relies on standard Thunderbolt protocols supported by macOS.
SSD Module Speed on Mac: As previously noted, the Workflow Portable SSD module is limited to 1050 MB/s when used inside the dock, regardless of the operating system. Furthermore, when used standalone and connected directly to any Mac (including M1/M2/M3/M4 models), the SSD’s speed is also limited to ~1050 MB/s (10 Gbps USB 3.2 Gen 2 speeds). This is because macOS and Apple hardware do not support the faster USB 3.2 Gen 2×2 (20 Gbps) standard that the drive uses for its maximum standalone potential. Consequently, for Mac users, the Workflow Portable SSD offers the same maximum theoretical speed whether used standalone or within the Workflow dock.
VII. Conclusion
The Lexar Professional Workflow 6-Bay Docking Station (WF800) emerges as a sophisticated and highly functional modular system tailored for the demanding ingest needs of contemporary creative professionals. Its core strengths

THE MERCANTILE HOTEL IS ABOUT TO REOPEN AND THE EXTENSION AND RESTORATION APPEARS TO BE COMPLETE

PHOTOGRAPHED 13 APRIL 2025

The Mercantile Hotel, Dame Street: A Review of Recent Redevelopment, Historical Evolution, and Ownership Changes

The Mercantile Hotel, prominently situated at 28 Dame Street in Dublin’s city centre, is a well-known landmark within the bustling commercial, retail, and entertainment district. Its strategic location offers easy access to Grafton Street and the vibrant nightlife of Temple Bar. This analysis examines the hotel, focusing on its recently completed extension and restoration, the structures demolished to facilitate this work, its historical development since its establishment in 1835, and changes in its ownership. Given its long-standing presence in Dublin’s urban landscape, the Mercantile Hotel’s recent significant transformation merits a detailed review of its evolution.

The consistent emphasis across various sources on the hotel’s central location highlights its enduring importance to Dublin’s social and economic fabric. Having served the city since 1835 signifies a deep historical connection to the area’s development. The extensive renovations, following a five-year closure, suggest a substantial reinvestment and a likely strategic repositioning within Dublin’s competitive hospitality market. This prolonged closure strongly indicates that the project involved significant structural modifications, including the extension, and a complete overhaul of the hotel’s amenities and design, which would have undoubtedly had economic consequences for the hotel and potentially surrounding businesses.

The fully revamped Mercantile Hotel has now reopened, or is about to reopen, after a comprehensive five-year renovation. A significant aspect of this redevelopment is the substantial increase in its accommodation capacity, now offering 105 bedrooms – a remarkable 275% rise from its previous 28 rooms. This expansion was achieved through a new rear extension and the addition of an extra floor to the existing structure. The project strongly emphasised both this expansion and the preservation of the hotel’s architectural heritage through a significant conservation and redevelopment initiative. This included the meticulous refurbishment of the original street-facing façades and the careful restoration of traditional sash windows, key features of Georgian architecture. Furthermore, modern alterations that were unsympathetic to the building’s original style were removed to reveal its authentic Georgian character. The new design is described as a harmonious blend of “Georgian elegance meets contemporary Dublin”, drawing inspiration from Dublin’s 19th-century commercial and exploratory past to create a fresh and appealing atmosphere. The revitalised hotel also features new amenities, including a restaurant with a menu curated by the renowned chef Stephen Gibson, and the addition of “Café28”, suggesting a new or significantly upgraded café space. The reopening has also had a positive economic impact, creating 80 new jobs within Dublin’s hospitality sector. The key entities involved in this extensive refurbishment project include The Mercantile Group (the client and operator), Adston Construction (likely the main contractor), Michael Fitzpatrick Architects (responsible for the architectural design and potentially conservation aspects), and Millimetre Design (overseeing the interior design).

The significant increase in bedroom capacity and the addition of both a rear extension and an entire floor strongly suggest a considerable expansion of the hotel’s physical footprint, potentially necessitating the acquisition of adjacent properties or the presence of substantial undeveloped space. The deliberate combination of Georgian architectural elements with contemporary design reflects a strategic approach to appeal to a wide range of guests, respecting the building’s historical significance while providing modern comforts. The engagement of specialised architectural and design firms indicates a professional and likely high-quality execution of the renovation and extension project.

Planning documentation identifies the development site as Nos. 24-28 Dame Street, encompassing both The Mercantile Hotel (Nos. 26-28) and the adjacent Dame House (Nos. 24-25). Permission was granted for the “partial demolition of existing structure (internal and external)”. This included the removal of the existing 5th-floor mansard roof of the Mercantile Hotel to facilitate the construction of a new amalgamated mansard roof and a set-back 6th floor for both buildings. Planning application 3278/21, an amendment to the original permission, further detailed the scope of demolition, including work at the basement and ground floors, removal of the first-floor roof, and alterations to the southern and western external walls. Notably, this amendment also included the demolition of the rear of No. 27 Dame Street, part of the Mercantile Hotel, to accommodate the new rear extension.

Crucially, the redevelopment involved the “amalgamation of Dame House with the existing Mercantile Hotel from 1st to 4th floor levels”. Dame House, described as a five-storey over basement building with a ground-floor café/restaurant and offices above, was therefore integrated into the expanded hotel rather than being demolished. The “partial demolition” primarily involved internal modifications within both buildings and the removal of the original mansard roof to enable the new design. The specific demolition of the rear of No. 27 Dame Street indicates that the new rear extension was constructed on this site. However, the provided information does not specify what businesses or structures were located there previously.

The objection to the planning permission by John Synnott & Co, a solicitor’s firm located on the first floor of Dame House, confirms a direct impact on existing businesses within Dame House due to the change of use from office space to hotel rooms. While deemed a separate legal matter by planning authorities, the objection highlights the displacement of at least one long-term tenant. Further research beyond these snippets would be needed to identify the specific businesses that occupied the ground-floor café/restaurant and the upper-floor offices within Dame House before its integration with the Mercantile Hotel.

The Mercantile Hotel boasts a long and significant history, dating back to its establishment in 1835. According to the Buildings of Ireland survey, the property at 27-28 Dame Street originated around 1800 as two separate houses: a two-bay house to the west and a three-bay house to the east, both featuring shops on the ground floor. Around 1870, these were combined and altered to form a larger, five-bay hotel building. In 1906, an attic storey was added, further modifying its structure. Throughout its history, the premises has served as both a hotel and a public house. The façade has been unified with its neighbour at Nos. 24-26 (Dame House), somewhat altering the original vertical emphasis of the terrace. Despite these changes, the building retains some Georgian character, including a public passageway with an ornate wrought-iron sign reading ‘Hotel’. An addition to the building is also noted as an early example of the Hennebique system of reinforced concrete framing in Dublin.

The evolution of the Mercantile Hotel from early 19th-century houses to a unified hotel in the late 19th century reflects the changing urban landscape of Dublin and the adaptation of buildings to commercial needs. The subsequent alterations in 1906 and the recent major renovation indicate a continuous process of modernisation. The early adoption of the Hennebique system of reinforced concrete highlights the hotel’s historical connection to innovative construction techniques.

EXPECTED WITHIN DAYS MY NEW FUJI GFX100RF

A MEDIUM FORMAT CAMERA IN A COMPACT BODY

When I last visited Belfast I had a bad fall and my Sony A7RIV has given many problems since then as it was damaged due making contact with a concrete bollard. Myself, I was out of action for a day because of bruised ribs.

I had considered buying the A7RV when it became available but after trying it for a week I decided to wait for the next version and to consider getting a Leica Q3 but the price was not to my liking so I decided not to purchase anything during 2024. In January I decided to purchase the Leica Q3 43 in May or June. But today I was given the opportunity to obtain a Fuji GFX100RF at a good price with a delivery date of the first week in May 2025 so I have decided to forget about the Leica for now. I will revisit Leica options in 2026 or 2027.

Fuji GFX100RF vs. Leica Q3: A Comparative Analysis for Street Photography.

The digital camera market continues to evolve, offering photographers an array of choices tailored to various needs and preferences. Among the latest entrants and established players in the high-end, fixed-lens segment are the Fuji GFX100RF and the Leica Q3 series (comprising the Q3 and Q3 43).

The Fuji GFX100RF marks a significant step for Fujifilm, bringing its renowned medium format sensor technology into a more compact, rangefinder-inspired body. This development suggests an ambition to cater to photographers seeking the pinnacle of image quality in a more portable form factor, potentially drawing those familiar with Fujifilm’s X100 series but desiring higher resolution.

Conversely, Leica’s Q series has carved a strong reputation in the full-frame, fixed-lens market, known for its exceptional image quality, premium build, and a distinct photographic experience.4 The introduction of the Leica Q3 43, featuring a different focal length than the original Q3, indicates Leica’s responsiveness to user feedback and a strategic move to broaden the appeal of its fixed-lens offerings by providing greater versatility in perspective.

This blog post aims to provide a detailed comparative analysis of the Fuji GFX100RF and the Leica Q3/Q3 43, with a specific focus on their suitability for street photography.

By examining their technical specifications, inherent advantages and disadvantages, notable similarities and differences, current availability challenges, summarised user and professional reviews, and RAW file processing compatibility, this analysis intends to offer a comprehensive overview for photographers considering these high-caliber cameras for their street photography endeavors.

Fuji GFX100RF: A Street Photography Perspective

The Fuji GFX100RF is engineered around a substantial 43.8mm x 32.9mm GFX 102MP CMOS II sensor, incorporating a primary colour filter. This exceptionally high resolution offers a significant advantage for street photographers who might want to refine their composition through cropping after capturing a scene. Despite featuring a fixed FUJINON GF 35mm f/4 lens, which provides a 28mm equivalent field of view on a full-frame camera, the immense resolution of the sensor allows users to effectively simulate different focal lengths by cropping into the image. This fixed focal length encourages a more deliberate and thoughtful approach to street photography, prompting photographers to carefully consider their framing and perspective.1For capturing the dynamic and often fleeting moments inherent in street photography, the GFX100RF is equipped with an Intelligent Hybrid AF system.

This system combines TTL contrast detection AF with TTL phase detection AF, also incorporating AI-assisted subject recognition capable of identifying animals, vehicles, birds, and aircraft. Furthermore, it features face and eye detection, enhancing its capabilities for street portraits. The phase detection AF offers low-light performance down to -3.0EV, which is crucial for focusing in the varied lighting conditions often encountered in urban environments.2In terms of physical attributes, the GFX100RF measures 133.5 x 90.4 x 76.5 mm and weighs 735g with the battery and memory card inserted.

While not as diminutive as some APS-C or full-frame compact cameras, its weight and size are notably manageable for a medium format system. This relative portability makes it a viable option for photographers who spend extended periods walking and shooting on the streets.

The image quality delivered by the GFX100RF is a significant draw, offering 16-bit RAW files, a wide dynamic range, and low noise performance starting from a base ISO of 80. Fujifilm’s signature set of 20 Film Simulations provides photographers with a range of aesthetic options directly in-camera, which can be particularly appealing for street photographers who prefer to minimise post-processing.

Additionally, the built-in 4-stop ND filter allows for greater creative control over exposure, especially in bright daylight conditions.1The camera offers continuous shooting capabilities up to 6 frames per second when using the mechanical shutter (with a buffer of 296 JPEG frames or 40 Compressed RAW frames) and up to 3 frames per second with the electronic shutter (boasting a much larger buffer of 1000+ JPEG frames or 508 Compressed RAW frames). While these speeds are adequate for capturing sequences in street photography, the RAW buffer depth might be a consideration for photographers who frequently shoot long bursts.

Beyond these core features, the GFX100RF incorporates an Aspect Ratio Dial, allowing for quick and direct selection between nine different aspect ratios, which can be a valuable tool for in-camera composition favoured by some street photographers. It also features a Digital Teleconverter, offering 45mm, 63mm, and 80mm equivalent focal lengths, providing a degree of versatility despite the fixed lens, albeit with a corresponding reduction in image resolution.

The inclusion of a leaf shutter enables flash synchronisation at speeds up to 1/4000s, offering creative lighting possibilities for street portraits.1For street photography, the GFX100RF presents several compelling advantages. Its 102MP medium format sensor stands out, providing exceptional detail and significant cropping flexibility for refining composition. The camera’s size and weight, while not the smallest, are surprisingly manageable for a medium format system, potentially making it suitable for all-day use. The 28mm equivalent lens is a widely favoured focal length for capturing the context of street scenes.

The built-in 4-stop ND filter offers creative control over exposure in bright conditions, and the unique Aspect Ratio Dial allows for in-camera compositional choices. The leaf shutter facilitates high-speed flash synchronisation, and Fujifilm’s renowned Film Simulations provide appealing out-of-camera JPEGs.

The improved autofocus system with subject recognition is also a benefit for capturing dynamic street scenes.2However, the GFX100RF also has potential drawbacks for street photography. The fixed 35mm f/4 lens (28mm equivalent) might not suit all street photography styles, particularly those favouring longer focal lengths or a shallower depth of field.10 The f/4 aperture might also limit performance in low-light conditions and the ability to achieve significant background blur compared to lenses with wider apertures.10 The absence of in-body image stabilisation (IBIS) could make handheld shooting at slower shutter speeds challenging, especially given the high resolution sensor which can amplify any camera shake.

The electronic shutter’s potential for image distortion with fast movement is another consideration. Some users might find the thumb placement awkward or desire a built-in grip for enhanced handling comfort.

Finally, the GFX100RF occupies a premium price point, which might be a barrier for some photographers.

Leica Q3 and Q3 43: A Street Photography PerspectiveThe Leica Q3 series centres around a 60MP Full-Frame BSI CMOS Sensor that incorporates Triple Resolution Technology, allowing users to select between 60MP, 36MP, or 18MP output. This full-frame sensor provides excellent image quality and strong low-light performance, while the Triple Resolution Technology offers flexibility in managing file sizes. The Leica Q3 is equipped with a fixed Summilux 28mm f/1.7 ASPH. lens, which includes an integrated macro mode.

The very fast f/1.7 aperture is a significant advantage for street photography, enabling shooting in dim lighting conditions and producing a shallow depth of field for subject isolation.4 The 28mm focal length is a classic choice for capturing the broader context of street scenes.In contrast, the Leica Q3 43 features a fixed APO-Summicron 43mm f/2 ASPH. lens, also with an integrated macro mode. The 43mm focal length, approximating a 35mm equivalent on full-frame, provides a more natural perspective that many street photographers prefer.

The f/2 aperture still offers good low-light capabilities and some degree of background separation.6 The APO designation of the lens signifies exceptional optical quality.Both Q3 models utilise a Hybrid Autofocus System that combines Phase Detection AF, Contrast AF, Depth from Defocus, and AI, including Face/Eye/Body Detection and Animal Detection. This advanced autofocus system aims to deliver fast and accurate focusing performance, crucial for capturing spontaneous moments in street photography.

Leica has made significant improvements to the autofocus in the Q3 series compared to its predecessors, making it a more competitive option for capturing dynamic street scenes.The dimensions and weight of the two Leica Q3 models are similar. The Leica Q3 measures 130 x 80.3 x 92.6 mm and weighs 743g with the battery 5, while the Leica Q3 43 is slightly larger at 130 x 80.3 x 97.6 mm and heavier at 772g with the battery.21 Both cameras are relatively compact and lightweight for full-frame systems, making them well-suited for carrying during extended street photography sessions. Their size and weight offer a good balance between portability and a substantial feel in hand.

The Leica Q3 series is renowned for its exceptional image quality, delivering rich detail and accurate colour rendition. Both models offer in-camera digital zoom/cropping capabilities. The Q3 provides equivalent focal lengths of 35mm, 50mm, 75mm, and 90mm, while the Q3 43 offers 60mm, 75mm, 90mm, 120mm, and 150mm equivalents. This feature provides some compositional flexibility without the need for lens changes.Both cameras boast a high continuous shooting speed of up to 15 frames per second. This rapid capture rate is advantageous for street photographers looking to capture fast-paced action or subtle changes in expression.Other notable features of the Leica Q3 series include a tiltable 3″ display, a high-resolution 5.67MP OLED viewfinder, IP52-rated ingress protection against dust and moisture, USB-C and HDMI ports, and the option for wireless charging with an optional handgrip. The tilting screen enhances versatility for shooting from various angles, a common requirement in street photography.

The high-resolution viewfinder offers a clear and detailed view for composition. Weather sealing adds durability for shooting in less than ideal conditions.For street photography, the Leica Q3 and Q3 43 offer several notable advantages. Their excellent image quality, stemming from the full-frame sensor and high-caliber lenses, is a primary draw. The fast maximum apertures (f/1.7 for the Q3 and f/2 for the Q3 43) are particularly beneficial for low-light shooting and creating shallow depth of field.4 Their relatively compact and lightweight designs make them suitable for extended periods of carrying and shooting. The improved hybrid autofocus system offers fast and generally accurate performance. The tiltable rear screen provides versatility for shooting from various perspectives, and the high continuous shooting speed is useful for capturing action.

The IP52 weather sealing adds a layer of protection for shooting in diverse environments.4However, the Leica Q3 series also has potential drawbacks for street photography. The very high price point is a significant consideration for most photographers. Some users report that the ergonomics can be challenging, with the body being somewhat slippery and potentially requiring the purchase of an optional grip for comfortable handling. While the autofocus has been improved, some reviews still note occasional inconsistencies in its performance.

The limitation to a fixed lens (either 28mm or 43mm) might not suit photographers who prefer the flexibility of interchangeable lenses or a wider range of focal lengths. The mechanical shutter’s maximum speed of 1/2000s can be limiting in very bright conditions, potentially necessitating the use of the electronic shutter, which can introduce rolling shutter effects.

Finally, the battery life, with a CIPA rating of approximately 350 shots, is relatively low compared to the Fuji GFX100RF.

Head-to-Head Comparison for Street Photography

The Fuji GFX100RF distinguishes itself with a significantly larger, higher-resolution sensor compared to the full-frame sensors of the Leica Q3 series. This difference can translate to greater detail and more extensive cropping capabilities. However, the Leica Q3 and Q3 43 offer faster lenses, which are advantageous for low-light performance and achieving a shallower depth of field, a characteristic often sought after in street photography.

While all three cameras feature advanced autofocus systems, real-world performance and consistency can vary. The Leica Q3 series incorporates optical image stabilisation, a feature absent in the GFX100RF, which can be beneficial for handheld shooting, especially at slower shutter speeds.

The size and weight of all three cameras are relatively similar, making them manageable for street photography. A significant differentiator is the price point, with the Leica Q3 models being notably more expensive than the Fuji GFX100RF. The choice between the 28mm lens of the Q3 and the 43mm lens of the Q3 43 depends on the photographer’s preferred perspective for street photography.

The Fuji GFX100RF Availability Challenge in the USA

Recent reports indicate that Fujifilm has suspended pre-orders for the GFX100RF in the United States. This development suggests that obtaining the camera within the next few months might be challenging for those in the US. The rumoured primary reason behind this suspension is the anticipation of new US tariffs on electronics imported from Japan.39 Tariffs can significantly increase the cost of imported goods, potentially affecting the retail price and overall availability.

Discussions in online forums reveal various perspectives on this situation. Some speculate that units already within the US might not be subject to the new tariffs, and Fujifilm could be holding back to assess the pricing implications. Others believe that the tariffs, having gone into effect before the camera’s official release date, should logically apply to all new shipments, potentially leading to a price increase across the board. There is also the possibility that no units have yet been shipped to the US.

Beyond the GFX100RF, other Fujifilm cameras manufactured in China, such as the X100VI and X-M5 (black version), are also reportedly facing order suspensions in the US due to even higher tariffs on goods from China. This broader issue highlights the potential impact of changing trade policies on the availability and pricing of photographic equipment from various manufacturers.

For the user in the US, this situation necessitates being aware of potential delays and the possibility of price fluctuations for the Fuji GFX100RF.

Review Insights and User Sentiment

Professional reviews of the Fuji GFX100RF consistently praise its compact size and lightweight design, especially considering its medium format sensor. The exceptional 102MP sensor and the resulting image quality are also frequently highlighted as key strengths. The 28mm equivalent lens is generally considered suitable for street photography, and features like the Aspect Ratio Dial and Fujifilm’s Film Simulations are appreciated for the creative control they offer.

However, the f/4 aperture and the lack of in-body image stabilisation are often mentioned as potential limitations, particularly in low-light scenarios. Some reviewers have drawn favourable comparisons between the GFX100RF’s shooting experience and that of the Leica Q series.

Reviews of the Leica Q3 and Q3 43 consistently commend their excellent image quality and the fast apertures of their lenses. The addition of a tilting screen in the Q3 series is seen as a significant advantage for street photography. The build quality and handling are generally well-received, although some users find that an optional grip is necessary for optimal comfort. While the autofocus system is considered good, some reviews point out occasional inconsistencies.

The high price is a recurring point of discussion, often cited as a major drawback. The Q3 43’s 43mm lens is often praised for offering a more natural perspective preferred by many photographers.

Initial user feedback on the Fuji GFX100RF highlights its smaller-than-expected size and impressive image quality. Some users have noted minor quirks, such as the disappearance of aspect ratio options when shooting in RAW-only mode. The depth of field achievable at f/4 on the medium format sensor is surprisingly pleasing to many early users.

Leica Q3 and Q3 43 users often emphasise the exceptional image quality and the overall premium experience of using a Leica camera. The 28mm lens of the Q3 is viewed as a versatile option for various types of photography, including travel and everyday shooting, while the 43mm lens of the Q3 43 is favoured by those who prefer a slightly tighter, more natural field of view. The high cost is frequently acknowledged but often considered justifiable by the image quality and the prestige associated with the Leica brand. Some users have reported occasional issues with autofocus consistency and the ergonomics of the camera body.

Based on the available reviews, there isn’t a definitive tendency to favour one camera over the others. The choice appears to be highly subjective and contingent on individual priorities. The GFX100RF appeals to photographers who prioritise ultimate resolution and the unique aesthetic of a medium format sensor in a relatively portable package, potentially at a more accessible price point than other medium format options. The Leica Q3 series attracts those who value the Leica brand, exceptional full-frame image quality, faster lenses for enhanced low-light capabilities and bokeh, and are willing to invest a premium for these attributes.

The decision between the Q3 and Q3 43 within the Leica lineup further depends on the photographer’s preference for a wider (28mm) or a more standard (43mm) focal length.

RAW File Processing Compatibility

Adobe Lightroom fully supports RAW files (.RAF) from the Fuji GFX100RF. The latest versions of Lightroom and Adobe Camera Raw are compatible with these files. Fujifilm also provides Tether Shooting Plug-ins for Lightroom Classic, including a PRO version specifically designed for GFX series cameras. These plug-ins offer enhanced tethered shooting capabilities for GFX users within the Lightroom environment.

While there have been past discussions regarding Lightroom’s handling of RAW files from Fujifilm cameras utilising X-Trans sensors, these concerns are less relevant for the GFX100RF, which employs a standard Bayer sensor.

Information regarding the compatibility of Fuji GFX100RF RAW files with DXO PhotoRaw is somewhat limited based on the provided material. However, one source indicates that support for the Fujifilm GFX100RF in both DxO PhotoLab and DxO PureRAW is expected to be available in July 2025. DXO PhotoLab already supports RAW files from other GFX cameras, such as the GFX100 II, GFX100S, and the original GFX100. Given this existing support for other GFX models with similar sensors, it is probable that compatibility for the GFX100RF will be added in due course.

DXO PureRAW 5 includes enhanced processing capabilities for both Bayer and X-Trans sensors, demonstrating DXO’s ongoing commitment to supporting Fujifilm cameras.

Conclusion and Recommendation

In summary, the Fuji GFX100RF offers the unique advantage of a high-resolution medium format sensor in a relatively compact body, making it a compelling option for photographers seeking exceptional detail and cropping flexibility. Its 28mm equivalent lens is well-suited for street photography, and features like the built-in ND filter and Aspect Ratio Dial enhance creative control. However, its f/4 aperture and lack of IBIS might be limitations in certain situations.

The Leica Q3 and Q3 43 provide excellent full-frame image quality with faster lenses, offering better low-light performance and shallower depth of field. Their more compact size and the inclusion of optical image stabilisation are also beneficial for street photography. The choice between the Q3’s 28mm lens and the Q3 43’s 43mm lens depends on the photographer’s preferred perspective. A significant factor is the price, with the Leica Q3 series being considerably more expensive than the GFX100RF.

Additionally, potential US tariffs are currently impacting the availability of the Fuji GFX100RF in the USA.For users who prioritise ultimate image resolution, cropping flexibility, and the distinctive look of a medium format sensor at a relatively lower price point (compared to other medium format options), the Fuji GFX100RF could be an attractive choice, provided they are comfortable with a fixed 28mm equivalent lens and the absence of IBIS. They should also be aware of the current uncertainty surrounding its availability in the US market.

Photographers who prioritise exceptional low-light performance, shallower depth of field, and the prestige of the Leica brand might find the Leica Q3 (with its 28mm f/1.7 lens) to be an excellent option. Those who prefer a more natural, “normal” perspective while still benefiting from Leica’s image quality and a fast lens would likely favour the Leica Q3 43 (with its 43mm f/2 lens).Ultimately, the optimal choice depends on the individual photographer’s budget, preferred focal length, shooting style, and tolerance for potential availability issues. It is recommended that the user consider these factors carefully and, if possible, try out the cameras in person to assess their handling and ergonomics before making a final decision.