Huawei chercherait à graver des puces en 3 nm dès l'année prochaine, grâce à une nouvelle technologie de gravure. L'objectif : arrêter de dépendre du bon vouloir des États-Unis qui peuvent bloquer les entreprises chinoises. Cela sera-t-il suffisant pour rattraper des entreprises américaines ?
À partir du 1er juillet 2025 en France, il y aura une interdiction de fumer dans les lieux publics extérieurs fréquentés par des enfants. En matière de lutte contre le tabagisme, où en est la France par rapport aux autres pays du monde ?
Huawei chercherait à graver des puces en 3 nm dès l'année prochaine, grâce à une nouvelle technologie de gravure. L'objectif : arrêter de dépendre du bon vouloir des États-Unis qui peuvent bloquer les entreprises chinoises. Cela sera-t-il suffisant pour rattraper des entreprises américaines ?
En France, plusieurs magasins Fnac et Micromania ouvriront le 5 juin, dès minuit, pour le lancement de la Nintendo Switch 2. Un bon moyen d'être parmi les premiers à repartir avec la console et, au passage, d'obtenir plusieurs goodies.
Cadillac poursuit son renouveau en Europe en commercialisant une troisième voiture électrique : le Vistiq. Mais au lieu d'un grand SUV à sept places luxueux, on aurait préféré avoir le plus attendu rival du Model Y nommé Optiq.
À la WWDC 2025, Apple pourrait annoncer une nouvelle application dédiée aux jeux vidéo. Il s'agirait d'un lanceur semblable à Steam ou à l'app Xbox, qui viserait à développer un écosystème propre à l'environnement Apple. Les ambitions de l'entreprise seraient de rattraper son retard sur ce secteur.
Seasonic pourrait bien avoir trouvé une solution tant attendue au problème de surchauffe et de fusion des connecteurs d’alimentation 12VHPWR et 12V-2x6.
Cet article GeForce RTX et la fonte du 12VHPWR, Seasonic présente une solution a été publié en premier par GinjFo.
En France, plusieurs magasins Fnac ouvriront le 5 juin à minuit pour le lancement de la Nintendo Switch 2. Un bon moyen d'être parmi les premiers à repartir avec la console et, au passage, d'obtenir plusieurs goodies.
Alors que la fin de saison 2 approche sur Disney+, Doctor Who nous fait enfin des révélations. Et signe un grand retour.
Vous aimez le cinéma ? Ça tombe bien, les deux géants de l'exploitation UGC et Pathé proposent en ce moment leurs abonnements moins chers. Les rivaux de toujours se livrent une bataille sans fin pour attirer du public dans leurs salles, et c'est tant mieux pour votre portefeuille.
At Computex 2025 in Taipei, Minisforum introduced the MS-R1 — a new class of mini PC that marks a distinct departure from its usual reliance on x86 architecture. This compact system is built around the ARM-based CIX P1 processor, an emerging 12-core chip aimed at redefining performance standards for ARM in desktop computing. The MS-R1 combines this processor with dual 10GbE networking, PCIe Gen 4 expansion, and up to 64GB of onboard LPDDR5 memory — all within a chassis under 5 cm thick. Unlike traditional Minisforum models that have leaned on AMD Ryzen or Intel Core platforms, this system positions itself as a versatile option for edge computing, AI acceleration, and lightweight server tasks.
The MS-R1 is clearly still in development, but its early prototype already suggests Minisforum is exploring wider horizons beyond conventional desktop replacement PCs. It leverages many of the strengths typically associated with ARM — such as power efficiency and thermally lightweight design — while mitigating common limitations through generous I/O and expansion capabilities. Whether this signals a broader shift in the company’s product direction remains to be seen, but the MS-R1 offers an intriguing glimpse into how ARM-based platforms might coexist with, or even challenge, traditional x86 solutions in the years ahead.
The Minisforum MS-R1 is equipped with the newly announced CIX P1 (CP8180) processor, a 12-core, 12-thread ARM-based SoC built on the ARMv9.2-A architecture. Manufactured using a 6nm process, the CPU combines eight performance cores and four efficiency cores, operating at up to 2.6 GHz. It is complemented by a 10-core Arm Immortalis GPU, likely the G720 series, which supports advanced graphical output and light AI rendering. Additionally, the chip includes a 30 TOPS-capable neural processing unit (NPU), bringing the total onboard AI compute power to 45 TOPS. This SoC runs Linux systems with kernel 6.6 or later and offers a UEFI-compatible BIOS with ACPI support — a rare but increasingly essential feature for ARM-based systems targeting general desktop or server use.
| Component | Details |
|---|---|
| CPU | CIX P1 (CP8180) – 12-core (8P + 4E), ARMv9.2-A, up to 2.6 GHz |
| Process Node | 6nm |
| GPU | Arm Immortalis (10-core) – likely G720 series |
| NPU | 30 TOPS (Total AI: 45 TOPS) |
| RAM | 64GB LPDDR5 (128-bit, onboard/soldered, non-upgradable) |
| Storage Expansion | 1 × M.2 2280/22110 NVMe (PCIe 4.0 x4, up to 4TB) |
| Wireless | M.2 2230 slot – Wi-Fi 6E + Bluetooth 5.2 |
| Display Output | 1 × HDMI 2.0 (4K@60Hz), 2 × USB-C (Alt DP1.4, 8K@60Hz support) |
| Audio Output | HDMI, USB-C (Alt DP), 1 × 3.5mm combo audio jack |
| PCIe Expansion | 1 × PCIe x16 slot (wired as PCIe 4.0 x8) |
| Ethernet | 2 × 10GbE (Copper RJ45) |
| USB Ports (Rear) | 2 × USB 3.2 Gen2 Type-A (10Gbps), 2 × USB 2.0 |
| USB Ports (Front) | 1 × USB 3.2 Gen1 Type-A (5Gbps), 2 × USB 2.0 |
| Power | DC-IN (19V / 9.47A) |
| OS Support | Linux kernel 6.6+, UEFI BIOS with ACPI standard |
| Chassis Dimensions | 195.6 × 189 × 48 mm |
Where the MS-R1 notably differentiates itself is in its high-speed I/O and expandability. Dual 10GbE copper LAN ports deliver enterprise-grade networking capability, especially valuable for file servers, edge compute nodes, or hybrid NAS use cases. A full-length PCIe x16 slot (operating at PCIe 4.0 x8 bandwidth) offers GPU or accelerator card support, effectively bridging the gap between ARM architecture and discrete compute expansion — something still rare in this space. USB connectivity is ample: 2 x USB 3.2 Gen 2 (10Gbps) Type-A on the rear, 1 x USB 3.2 Gen 1 (5Gbps) Type-A on the front, and four USB 2.0 ports split across the front and rear. Audio is handled via HDMI, the DisplayPort-enabled Type-C ports, and a 3.5mm combo jack. Power is supplied via a 19V barrel-type DC-IN jack rated at 9.47A, and the device is controlled by a front-facing LED-lit power button. Despite its compact 195.6 × 189 × 48mm footprint, the MS-R1 integrates a surprising breadth of features for ARM-based edge computing in a mini PC form factor.
The MS-R1 stands out primarily because it brings ARM architecture into a domain traditionally dominated by x86 processors — compact desktop systems with high-speed networking, PCIe expansion, and broad OS compatibility. ARM chips have long been associated with mobile, embedded, and power-efficient use cases, but they have rarely offered the kind of performance, I/O, and system flexibility seen in x86-based mini PCs. With the CIX P1 SoC, the MS-R1 challenges that assumption. It pairs a 12-core CPU (based on the ARMv9.2-A standard) with a 10-core GPU and an NPU capable of 30 TOPS, totaling 45 TOPS of AI compute. This puts it within reach of edge AI tasks, containerized application hosting, or lightweight virtualization. It’s also rare to see an ARM system with UEFI BIOS support, which enables compatibility with a wide range of Linux distributions and other OS environments — removing a common barrier for general users or developers.
Another reason the MS-R1 matters is its hardware-level ambition. While many ARM-based devices are limited in I/O and expansion, this system includes two 10GbE ports and a PCIe Gen 4 x8 slot — enabling add-in graphics cards or accelerators, typically absent in ARM ecosystems. Combined with onboard LPDDR5 RAM and NVMe Gen 4 storage, the MS-R1 begins to resemble a standard workstation or edge server in capability. Minisforum’s decision to use the CIX P1 processor, which is likely based on licensable Arm Cortex designs and built for a Chinese market increasingly focused on domestic alternatives, reflects both a strategic and technical shift. It also comes at a time when ARM is being seriously considered for broader computing roles, particularly in energy-efficient high-performance setups. The MS-R1 doesn’t just experiment with ARM—it places it in a form factor, price tier, and feature set that could realistically serve prosumers, developers, and small enterprise users.
The Minisforum MS-R1 is not just another compact system — it’s a deliberate move into new territory for the brand. By integrating an ARMv9 SoC with high-speed networking, PCIe expansion, and a mature BIOS environment, the MS-R1 challenges preconceptions about what ARM-based mini PCs can deliver. While still in early development, it already positions itself as a potential edge server, AI inference node, or Linux-based workstation. Its soldered LPDDR5 memory, limited to 64GB, and single NVMe slot may limit flexibility in some use cases, but the inclusion of dual 10GbE and PCIe Gen 4 support compensate with substantial throughput potential. It is not yet clear how the market will respond to such a hybrid product — one that crosses lines between embedded computing and traditional desktops — but it’s an important experiment in bringing ARM computing to mainstream deployment environments.
Minisforum’s broader product roadmap at Computex 2025 suggests that the MS-R1 is just one piece of a larger diversification strategy. Alongside it, the company showcased the upcoming N5 Pro — a Ryzen 9-based NAS/PC hybrid with ECC memory support — and the G1 Pro, a small form factor system housing up to RTX 5060-class graphics and 120W CPUs. These products collectively show the company’s intent to cover multiple tiers of performance and deployment, from ARM-powered edge systems to x86-based content creation rigs.
| Component | G1 | G1 Pro |
|---|---|---|
| CPU | AMD Ryzen 9 8940HX |
AMD Ryzen 9 9895HX (Higher TDP / Performance Tier) |
| CPU TDP | Up to 100W | Up to 100W |
| GPU | NVIDIA RTX 4060 Laptop GPU (120W) | NVIDIA RTX 5060 Laptop GPU (120W) |
| Memory | Likely DDR5 SODIMM (config/details not yet confirmed) | Likely DDR5 SODIMM (config/details not yet confirmed) |
| Storage Expansion | 2 × M.2 NVMe (PCIe Gen 4) | 2 × M.2 NVMe (PCIe Gen 4) |
| Wireless | Wi-Fi (generation not specified), Bluetooth supported | Wi-Fi (generation not specified), Bluetooth supported |
| Power Supply | 550W Built-in PSU | 550W Built-in PSU |
| Chassis Volume | Approx. 3.9L (small form factor enclosure) | Approx. 3.9L (small form factor enclosure) |
| Cooling | Likely air cooling with dual-fan or vapor chamber (TBD) | Likely air cooling with dual-fan or vapor chamber (TBD) |
| Software | Minisforum Control Center app support | Minisforum Control Center app support |
| Lighting | Adjustable RGB Lighting | Adjustable RGB Lighting |
| Use Case | Compact gaming / creator PC | Higher-tier gaming / GPU compute mini system |
Whether or not the MS-R1 reaches widespread adoption, it represents a notable shift toward ARM’s growing viability outside mobile and embedded contexts. It’s a signal that the boundary between ARM and x86 in high-performance personal computing may continue to blur in the years ahead.
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La GeForce RTX 5070 Ti Vanguard 16G SOC de MSI débarque dans l’arène avec des arguments qui ne laissent aucune place à la demi-mesure.
Cet article MSI RTX 5070 Ti Vanguard SOC : Du brutal et du survitaminée à plus de 1100 € ? le test a été publié en premier par GinjFo.
Test de la GeForce RTX 5070 Ti Vanguard 16G SOC de MSI, une version personnalisée et Premium de la carte de référence de Nvidia.
Cet article Test GeForce RTX 5070 Ti Vanguard SOC de MSI a été publié en premier par GinjFo.
L'entreprise américaine Anthropic a présenté le 22 mai 2025 Claude 4, la nouvelle version de son grand modèle de langage. Au programme : de meilleures performances, un outil taillé pour la programmation informatique et sa faculté de jouer à Pokémon.
At Computex 2025 in Taipei, PROMISE Technology introduced the Pegasus5 M8, an NVMe-based RAID storage system built around Intel’s Thunderbolt 5 interface. This new addition to the Pegasus5 product line focuses on delivering high-throughput, low-latency performance in a compact form factor tailored for professionals working with data-heavy content. Thunderbolt 5 provides a significant increase in bandwidth compared to previous generations, supporting up to 80 Gbps combined data and video transfer, which the M8 leverages for intensive media workflows. The M8 was presented as part of PROMISE’s wider strategy to address evolving demands in high-resolution video production, AI-assisted processing, and portable high-speed storage. Its debut follows the earlier launch of the Pegasus5 R12 and R12 Pro, which introduced 12-bay and hybrid HDD/SSD tower configurations with RAID capabilities, aimed at larger-scale desktop storage environments.
The Pegasus5 M8 is a compact, all-flash 8-bay direct-attached storage (DAS) system that exclusively supports M.2 NVMe SSDs. It accommodates both standard 2280-length SSDs and 1.5-inch variants, allowing flexibility in selecting drives based on capacity, endurance, or thermal profile. The system supports a mix of TLC-based drives for high performance and QLC-based drives for increased capacity per dollar, giving users the option to tailor the configuration toward speed, cost-efficiency, or a balance of both. Each M.2 slot is connected via a high-speed PCIe backplane, allowing maximum parallel bandwidth to the controller for simultaneous multi-drive operations.
| Specification | Details |
|---|---|
| Form Factor | 8-Bay Portable NVMe Storage System |
| Drive Support | 8 × M.2 NVMe SSD (2280 and 1.5-inch supported) |
| Interface | Thunderbolt 5 (up to 80 Gbps combined bandwidth) |
| Maximum Throughput | Up to 6,000 MB/s |
| RAID Support | RAID 0, 1, 5, 6, 10, 50, 60 |
| RAID Engine | PROMISE PromiseRAID with NVMeBoost acceleration |
| Management Software | PROMISE Utility Pro (macOS and Windows compatible) |
| Power Delivery | Up to 140W passthrough charging (depends on host capabilities) |
| Display Support | Dual 6K or single 8K monitor via Thunderbolt 5 DisplayPort tunneling |
| Thermal Management | Intelligent fan control, internal heat dissipation with SSD thermal pads |
| Power Supply | Internal, 100–240V AC, 50–60Hz |
| Compatibility | macOS 13 and above, Windows 10 and later |
| Dimensions | Not officially disclosed (compact/portable class) |
| Certifications | RoHS, ErP compliant |
The system’s core connectivity is provided by Thunderbolt 5, which doubles the baseline throughput of Thunderbolt 4. In standard mode, it offers 40 Gbps bidirectional data bandwidth, while the Bandwidth Boost mode enables a combined total of up to 80 Gbps for asymmetric workloads—ideal for video-heavy pipelines. In addition to raw data throughput, Thunderbolt 5 also provides support for DisplayPort tunneling, enabling the M8 to drive external monitors (up to dual 6K or a single 8K display) through the same interface used for data. Furthermore, the port delivers significantly enhanced power, with the system supporting passthrough charging of up to 140W, subject to host-side capabilities and cable specification.
Internally, the M8 leverages PROMISE’s NVMeBoost and PromiseRAID technologies for RAID management, data acceleration, and system diagnostics. RAID levels 0, 1, 5, 6, 10, 50, and 60 are supported across the full NVMe SSD array, providing a wide range of redundancy and performance configurations. PromiseRAID includes advanced features such as Predictive Data Migration (PDM), which periodically checks drive health using SMART telemetry and reallocates data proactively in the event of early failure indicators. This is paired with real-time monitoring, automatic rebuild processes, and background consistency checks—all accessible via the PROMISE Utility Pro software.
From a thermal and acoustic perspective, the M8 is designed with intelligent fan control that dynamically adjusts based on system temperature, minimizing noise during idle or low-load periods. The chassis incorporates airflow paths optimized for side-to-side or front-to-back movement depending on orientation, and thermal pads are used to dissipate heat from the M.2 SSDs to internal heatsinks. The power supply is internal, auto-switching between 100–240V AC, and the unit includes power-saving features such as host-synced sleep/wake, contributing to energy efficiency in extended deployment. The system is compatible with macOS 13 and later as well as Windows 11.
In the context of the PROMISE Pegasus5 series, particularly models like the R12 and M8 that utilize Thunderbolt 4 and 5, it’s important to distinguish between upstream and downstream ports as they serve different roles in device connectivity. The upstream port on a Pegasus5 system is used to connect the storage unit to the host computer—typically a Mac or Windows workstation. This is the primary data pathway through which the system is controlled, data is read and written, and device management is executed.
The downstream port, by contrast, enables daisy-chaining or peripheral expansion from the Pegasus unit to additional Thunderbolt or USB-C devices. This could include external monitors, additional storage devices, or other Thunderbolt peripherals. On Thunderbolt 4-enabled systems like the Pegasus5 R12, the downstream port supports dual 4K or a single 8K monitor, allowing it to act as both a storage device and a hub for display and accessory connectivity. On Thunderbolt 5 systems like the M8 or R12 Pro, this downstream capability is expanded further, supporting higher display resolutions and bandwidth-intensive devices without reducing data throughput to the storage array. This separation ensures consistent storage performance even when other peripherals are in use.
The Pegasus5 R12 and R12 Pro are tower-based storage systems designed primarily for desktop environments where higher raw capacity and mixed-drive support are required. The standard R12 model features 12 bays for 3.5-inch SATA HDDs, supporting up to 288TB using 24TB drives. It connects via Thunderbolt 4 and provides sequential performance of up to 3,000 MB/s. The unit includes dual Thunderbolt 4 ports—one upstream and one downstream—supporting daisy-chaining and external display connectivity. Internally, it runs on a quad-core 2.2 GHz storage processor with 8GB of DDR4 ECC memory, and supports a wide range of RAID levels including 0, 1, 5, 6, 10, 50, and 60, with optional hot spare functionality. Like the M8, it is managed via PROMISE Utility Pro and includes support for Predictive Data Migration.
| Specification | Pegasus5 R12 | Pegasus5 R12 Pro |
|---|---|---|
| Form Factor | 12-Bay Tower | 12 + 4-Bay Hybrid Tower |
| Drive Support | 12 × 3.5″ SATA HDD | 12 × 3.5″ SATA HDD + 4 × M.2 2280 NVMe SSD |
| Max Capacity | Up to 288TB (12 × 24TB) | 288TB HDD + 32TB NVMe SSD (4 × 8TB) |
| Interface | Thunderbolt 4 (40 Gbps), USB4 compatible |
Thunderbolt 5 (up to 80 Gbps), USB4 compatible |
| Maximum Throughput | Up to 3,000 MB/s | Up to 6,000 MB/s |
| RAID Support | RAID 0, 1, 5, 6, 10, 50, 60 | RAID 0, 1, 5, 10, 50 (NVMe), full RAID for HDD |
| RAID Engine | PromiseRAID | PromiseRAID with NVMe RAID support |
| Processor | Storage Processor, 4-core, 2.2 GHz | Same |
| Memory | 8GB DDR4 ECC DIMM | Same |
| Display Support | One downstream Thunderbolt 4 port (dual 4K or single 8K monitor) | Thunderbolt 5 display tunneling for multiple 6K/8K monitors |
| Power Delivery | Up to 85W (Thunderbolt/USB4 host) | Up to 140W passthrough charging (host dependent) |
| Management Software | PROMISE Utility Pro | Same |
| Operating Systems | macOS 13 and above, Windows 10 or later | Same |
| Hot Swap / Hot Spare | Supported | Supported |
| Smart Features | Predictive Data Migration, SMART polling, Intelligent cooling | Same |
| Dimensions (mm) | 318 x 227 x 227 | Same |
| Weight | 15.5 kg | Slightly higher (exact value not disclosed) |
| Power Supply | AC 100–240V, 350W | Same |
| Certifications | EMC: FCC, CE; Safety: cTUVus, CB; RoHS, ErP | Same |
The R12 Pro builds upon this foundation by introducing a hybrid 12+4 bay architecture—adding four M.2 2280 NVMe SSD slots alongside the 12 standard HDD bays. This hybrid layout enables users to implement NVMe-based caching or tiered storage to accelerate performance-critical operations while retaining the high capacity of mechanical storage. The R12 Pro is equipped with Thunderbolt 5 connectivity, offering a data rate of up to 6,000 MB/s and compatibility with advanced display and charging protocols. RAID support is extended to NVMe drives, allowing configurations such as RAID 0, 1, 5, 10, and 50 across the SSD layer. The system retains the same internal architecture and management tools as the standard R12 but introduces higher thermal demands and greater performance headroom due to its dual-media architecture.
The Pegasus5 M8, R12, and R12 Pro are each designed to address distinct storage requirements, aligning with varying workflows and user priorities. The M8 is suited for professionals who require high-speed NVMe performance in a compact and portable form factor. Its use of Thunderbolt 5 and full NVMe support makes it particularly effective for high-resolution video editing (4K to 8K), real-time AI model training, and mobile post-production environments. Its small footprint and low-noise design further enhance its usability for users who operate in constrained or shared workspaces, or who regularly travel with their equipment.
The R12 and R12 Pro are more appropriate for stationary, high-capacity storage needs. The R12, with its 12-bay HDD configuration, supports large media libraries and backup repositories, making it suitable for long-term storage in editing suites or enterprise archive setups. The R12 Pro extends this by incorporating NVMe SSD support alongside HDDs, offering tiered storage capabilities that appeal to users who require a balance between high throughput and large volume. This model is targeted at studios or teams managing high-bandwidth workflows such as multi-stream video processing, where simultaneous access to cached and archival data is necessary.
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At COMPUTEX 2025, OWC unveiled its latest leap in desktop connectivity with the introduction of the OWC Thunderbolt 5 Dock, a next-generation expansion solution aimed squarely at creative professionals, power users, and demanding hybrid workflows. Demonstrated live at the company’s booth in TaiNEX 1, the new dock consolidates high-speed data transfer, multiple display outputs, wide device compatibility, and substantial power delivery into a single desktop hub. Building on OWC’s legacy of designing hardware that blends reliability with real-world flexibility, the Thunderbolt 5 Dock offers users a central point for managing content-heavy projects, transforming USB-C tablets into full production stations, or anchoring a high-performance workstation setup. Its ability to handle up to three 8K displays, daisy-chain multiple devices, and deliver up to 140W of charging—all while being backward compatible with Thunderbolt 3, 4, USB4, and USB-C—makes it a standout solution for those needing a streamlined, forward-looking expansion unit. Just as importantly, the inclusion of certified Thunderbolt and Dock Ejector software integration ensures data integrity and safe disconnection, a key consideration for anyone working with volatile assets like live video edits, audio mixes, or large-scale backups.
The OWC Thunderbolt 5 Dock introduces a significant step up in performance and versatility for desktop users, particularly those in content creation and technical workflows. Central to the dock’s appeal is its Thunderbolt 5 controller, which supports up to 80Gb/s of bi-directional bandwidth, enabling simultaneous high-speed data transfers and display outputs without bottlenecking. For visual workflows, the dock supports up to three 8K displays or dual 6K monitors on macOS systems, making it a practical tool for video editors working with ultra-high-resolution footage or multitaskers using panoramic screen real estate. The dock also supports multiple daisy chains, allowing professionals to maintain full performance across chained devices, such as external RAID storage, 10GbE adapters, or A/V capture devices, without sacrificing throughput.
| Feature | Specification |
|---|---|
| Thunderbolt Ports | 3 x Thunderbolt 5 (USB-C, up to 80Gb/s, 120Gb/s Bandwidth Boost) |
| USB-A Ports | 2 x USB-A 10Gb/s, 1 x USB-A 5Gb/s |
| Video Output | Supports up to 3 x 8K displays or dual 6K displays (macOS), up to 540Hz refresh |
| Ethernet | 1 x 2.5GbE RJ45 (MDM-compatible) |
| Card Readers | 1 x SD (UHS-II), 1 x microSD (UHS-II) |
| Audio | 1 x 3.5mm audio combo jack (input/output) |
| Power Delivery | Up to 140W charging (suitable for high-performance laptops) |
| Daisy Chaining | Supports up to 3 separate Thunderbolt device chains |
| Backward Compatibility | Thunderbolt 4, Thunderbolt 3, USB4, USB-C |
| Software Support | OWC Dock Ejector, Apple SuperDrive Compatibility |
| Included Accessories | 1 x Certified Thunderbolt 5 Cable, External Power Adapter |
| Certification | Fully Thunderbolt Certified |
| Dimensions & Weight | [To be confirmed by OWC] |
Port selection on the Thunderbolt 5 Dock is deliberately broad, designed to cater to nearly every desktop connectivity requirement. The dock features three Thunderbolt 5 (USB-C) ports, two USB-A 10Gb/s, one USB-A 5Gb/s, and a 2.5GbE Ethernet port that supports remote management protocols like Mobile Device Management (MDM), making it suitable for enterprise setups. For storage and media ingestion, dual card slots supporting UHS-II SD and microSD formats allow fast transfers for photographers and videographers. Additionally, a 3.5mm audio combo jack is present for audio input/output, and the dock retains support for Apple’s SuperDrive, offering legacy compatibility that is often overlooked in newer designs.
Beyond the raw hardware, the inclusion of OWC Dock Ejector software adds a layer of operational safety not often found in third-party docks. This utility ensures that all connected drives are safely unmounted before disconnection, protecting against file corruption and data loss. This is particularly important when working with DAW projects or active NLE libraries. Moreover, thanks to Thunderbolt certification, users can rely on cross-platform interoperability and consistent performance whether they’re using macOS, Windows, or even supported Linux distributions. For iPad Pro and USB-C tablet users, the dock serves as a conversion point into a full workstation—adding monitor output, keyboard, storage, and audio capability through a single connection.
Power delivery is another area where the Thunderbolt 5 Dock asserts its future-ready stance. Capable of supplying up to 140W of charging power, it can easily handle even power-hungry notebooks like MacBook Pros or high-end Windows workstations, while also distributing power to connected accessories. The dock intelligently manages power distribution across the ports to maintain stability and avoid overdraw scenarios. As more users transition to single-cable workflows for portable performance and desktop-grade expansion, the OWC Thunderbolt 5 Dock stands out by balancing power, speed, and compatibility in a consolidated form factor.
Thunderbolt 5 represents a major leap over Thunderbolt 4 in terms of bandwidth, display support, PCIe throughput, and power delivery—pushing the connectivity standard into a new performance tier. Where Thunderbolt 4 maxed out at 40Gbps, Thunderbolt 5 doubles that with 80Gbps of standard bi-directional bandwidth, and introduces a Bandwidth Boost mode of up to 120Gbps—a key benefit for multi-display setups and high-frame-rate output. Video support has also improved dramatically: while Thunderbolt 4 can manage a single 8K display at 60Hz or two 4K displays, Thunderbolt 5 enables multiple 8K displays or three 4K displays at 144Hz, and even supports a single 540Hz panel—important for ultra-responsive applications like game design, simulation, and high-end color grading.
| Specification | Thunderbolt 4 | Thunderbolt 5 |
|---|---|---|
| Maximum Bandwidth | 40Gbps | 80Gbps (standard), up to 120Gbps (with Bandwidth Boost) |
| Video Output | 1 x 8K @ 60Hz or 2 x 4K @ 60Hz | Multiple 8K or 3 x 4K @ 144Hz, up to 1 x 540Hz single display |
| PCIe Throughput | 32Gbps (PCIe 3.0) | 64Gbps (PCIe 4.0) |
| Power Delivery | Up to 100W (15W accessory minimum) | Up to 240W (140W accessory minimum) |
| Daisy Chaining | Supported (limited bandwidth headroom) | Enhanced multi-chain support with full performance retention |
| Backward Compatibility | Yes: Thunderbolt 3, USB-C, USB4 | Yes: Thunderbolt 3, 4, USB4, USB-C |
| Release Year | 2020 | 2024 |
| Adoption Use Case | General-purpose expansion, dual displays, 100W charging | High-end displays, external GPUs, creative workflows, pro tablets |
PCIe bandwidth also sees a doubling, moving from 32Gbps (PCIe 3.0) in Thunderbolt 4 to 64Gbps (PCIe 4.0) in Thunderbolt 5, allowing external SSDs, GPUs, and fast capture cards to perform at significantly higher throughput levels. Similarly, power delivery has increased from 100W to up to 240W, with a new mandatory 140W standard for device charging—enabling the dock to power even high-performance mobile workstations over a single cable. Despite these gains, Thunderbolt 5 remains fully backward compatible with Thunderbolt 4, Thunderbolt 3, and USB-C/USB4 devices, scaling features based on host and peripheral support. As manufacturers like Apple, Dell, and Lenovo begin integrating Thunderbolt 5 into new devices, docks like OWC’s Thunderbolt 5 model are well-positioned to deliver the full benefits of this next-gen interface, particularly in workflows involving heavy media processing, multi-monitor editing suites, and mobile-first productivity ecosystems.
OWC Envoy Ultra – This rugged portable SSD is built for real-world use in demanding environments. With integrated cable design and speeds exceeding 6000MB/s, it’s ideal for creatives working on location. Compatible across macOS, Windows, iPad Pro, Chromebooks, and Surface devices, the Envoy Ultra offers high-performance external storage in a bus-powered form factor.
OWC Thunderbolt 5 Hub – Designed for users who need more high-speed ports, this compact hub expands a single Thunderbolt 5 connection into three Thunderbolt 5 ports and an additional USB-A port. It supports full 80Gb/s bi-directional bandwidth and up to 120Gb/s for display tasks, making it a scalable solution for device-heavy workspaces.
OWC ThunderBlade X12 – Aimed at film editors and content studios, the ThunderBlade X12 is a RAID-capable SSD offering peak write speeds of 6600MB/s and sustained write speeds of 5990MB/s. It’s designed for high-resolution video workflows where real-time editing and transfer speeds are mission-critical.
OWC Jellyfish – This shared storage solution caters to collaborative editing environments, with scalable capacity from terabytes to petabytes. Supporting 4K to 12K media editing, Jellyfish includes management software and robust security, ideal for teams handling post-production and asset-heavy projects.
OWC Memory Cards and Readers – Built with performance and reliability in mind, OWC’s CFexpress and SD card lines offer fast write speeds and integration with OWC Innergize software, which optimizes performance and checks card health for professional photographers and videographers.
OWC Portable SSDs – Models like the Envoy Pro FX and Express 1M2 continue to serve mobile users with cross-platform support, rugged construction, and high throughput, ensuring reliable data transfer in the field or on set.
OWC Desktop Storage – The Mercury Elite Pro and ThunderBay lines offer RAID-enabled storage for desktop users, with Thunderbolt and USB-C interfaces for speed and versatility. These units are designed for high-capacity needs in media production, backup, and archiving.
OWC Archive Pro Ethernet – A robust LTO-based solution for long-term, high-volume data backup over the network. Tailored for enterprise, media, and government use cases, it supports automated workflows and is optimized for data integrity and longevity in cold storage environments.
The OWC Thunderbolt 5 Dock is now available for pre-order at $329.99 USD, positioning it as a premium but competitively priced solution for professionals seeking cutting-edge desktop expansion. Each unit includes a certified Thunderbolt 5 cable, external power supply, and access to OWC’s Dock Ejector software, with customer support included. Shipping is expected to begin in early July 2025, following its live showcase at COMPUTEX Taipei. With Thunderbolt 5-equipped laptops and devices entering the market, this dock is one of the first fully certified options to deliver the expanded bandwidth, power delivery, and device flexibility that next-generation workflows demand.
Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you.
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Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry.
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Ko-fi or old school Paypal. Thanks!To find out more about how to support this advice service check HEREIf you need to fix or configure a NAS, check Fiver
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Un casque audio sans fil à réduction de bruit représente un vrai investissement, mais on y gagne généralement en qualité d’écoute, même face à des écouteurs très haut de gamme. Si vous cherchez la meilleure référence en réduction de bruit actuellement, vous êtes au bon endroit. Voici les meilleurs casques audio Bluetooth en 2025 pour profiter au mieux de vos playlists.
Au Computex 2025, le stand de Seasonic dévoile une alimentation hors norme, la PRIME PX-3200. Elle est capable de délivrer une puissance de 3200 Watts.
Cet article Computex 2025 : Seasonic expose un monstre de 3200 W, la Prime PX-3200 a été publié en premier par GinjFo.
Des échanges engagés ont récemment émergé sur Cachem, y compris autour d’un sujet qui peut sembler anodin : l’USB. Lors de mes derniers tests, je n’avais pas pris le temps de me pencher spécifiquement sur le nouveau port USB Type-C intégré aux modèles de la gamme Synology DSx25+. Ce port soulève pourtant de nombreuses interrogations, voire des frustrations, chez plusieurs utilisateurs. Certains affirment qu’il est inutilisable, d’autres prétendent qu’il fonctionne normalement. Après plusieurs tests, je peux vous le confirmer : ce port est bel et bien restreint dans son usage.
Avec l’arrivée des NAS Synology DSx25+, l’USB Type-C fait son apparition à l’arrière des appareils. Celui-ci remplace le port eSATA présent sur les générations précédentes, utilisé notamment pour connecter des unités d’expansion (comme les DX517). Ce changement pourrait être vu comme une modernisation bienvenue, mais dans les faits, il s’accompagne d’une limitation importante.
Alors que l’eSATA permettait aussi d’y connecter des supports de stockage externes (exemple : un disque dur externe avec Hyper Backup), ce n’est plus possible avec l’USB Type-C des nouveaux modèles. Synology a verrouillé l’usage de ce port à un seul scénario : la connexion d’une unité d’expansion DX525.
Pour lever tout doute, j’ai effectué plusieurs tests pratiques. Résultat : aucun périphérique de stockage externe n’a été reconnu. J’ai essayé une clé USB, un SSD externe, même un smartphone : aucune détection, aucune charge. J’ai poussé l’expérience jusqu’à brancher un câble Thunderbolt 4 relié à un PC (oui, on peut toujours rêver). Là encore, aucune réaction du système.
Ces essais confirment sans ambiguïté que le port USB Type-C n’est pas un port polyvalent. Il ne peut pas être utilisé pour de la sauvegarde, du transfert de fichiers ou même pour recharger un appareil. Il est exclusivement réservé à l’unité d’expansion Synology DX525. Ce verrouillage logiciel (ou matériel) est volontaire.
Cette limitation n’est malheureusement pas un cas isolé. Depuis quelque temps, Synology restreint de plus en plus les usages possibles sur ses NAS. On se souvient des contraintes imposées sur les disques durs récemment, avec des messages d’avertissement ou des fonctions limitées pour ceux qui n’utilisent pas des modèles « compatibles » ou certifiés. Aujourd’hui, l’USB Type-C subit le même sort.
Ce verrouillage peut poser problème, notamment pour les utilisateurs avancés ou professionnels qui recherchent une certaine flexibilité. À titre d’exemple, le modèle DS1825+ ne propose que 3 ports USB standards (Type-A), alors que son prédécesseur (le DS1821+) en offrait 4. La perte de polyvalence est bien réelle…
Le choix de Synology de restreindre l’usage du port USB Type-C à l’unité DX525 est clairement assumé, mais il ne manquera pas de faire débat. Si certains y voient une façon de simplifier l’écosystème et d’en garantir la stabilité, d’autres y verront une stratégie de verrouillage destinée à pousser à l’achat de matériel propriétaire.
Dans tous les cas, il est important que les utilisateurs soient informés. Si vous comptiez utiliser ce port USB Type-C pour du stockage externe, sachez que ce ne sera pas possible. Une limitation qu’il vaut mieux connaître avant d’acheter.
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