#usb4 thunderbolt 3

[adriaticpulse]

Prvi USB4 2.0 kablovi stižu do kraja godine

Tehnološki svijet priprema se za novi korak u standardima prijenosa podataka s najavom dolaska prvih USB4 2.0 kablova. Očekuje se da će prvi modeli biti dostupni do kraja ove godine, a donijet će značajna poboljšanja u brzini prijenosa podataka, kompatibilnosti i svestranosti u odnosu na prethodne verzije. USB4 2.0, koji je nasljednik USB4 standarda, obećava dvostruko veću brzinu prijenosa…

[lifestylegermany]

BESTER GAMING Mainboards 2024 | TOP Besten 5 Mainboards im Vergleich & ...

Wenn du auf der Suche nach einem neuen Gaming-Motherboard bist, haben wir hier die besten Optionen für 2024 zusammengestellt. Egal, ob du ein preisbewusster Käufer bist oder nach maximaler Leistung suchst — in dieser Liste findest du das passende Mainboard für deine Anforderungen. Hier sind unsere Top 5 Gaming-Motherboards für 2024.

Nummer 5: Gigabyte X870 AORUS ELITE WIFI7

Das Gigabyte X870 AORUS ELITE WIFI7 ist perfekt für AMD Ryzen 7000 Prozessoren und bietet mit seinem AM5-Sockel und X870-Chipsatz zahlreiche Features:

PCIe 5.0-Unterstützung für Grafikkarten und SSDs.

DDR5-RAM mit bis zu 6000+ MHz (OC).

Wi-Fi 6E und 2.5G LAN für schnelle Verbindungen.

USB-C, HDMI und DisplayPort für vielseitige Konnektivität.

Realtek ALC897 Audio Codec sorgt für soliden Onboard-Sound.

Besonders praktisch ist das M.2 Thermal Guard-Feature, das deine SSD vor Überhitzung schützt, sowie die Möglichkeit, das BIOS ohne CPU, RAM oder GPU zu aktualisieren (Q-Flash Plus). Das Motherboard bietet ein großartiges Preis-Leistungs-Verhältnis, auch wenn die Anzahl der PCIe 5.0-Lanes im Vergleich zu X870E-Boards etwas geringer ist.

Nummer 4: Asus ROG Strix Z790-F Gaming Wi-Fi

Das Asus ROG Strix Z790-F ist ein Top-Mainboard für Intel-Nutzer und unterstützt die neuesten Intel Core-Prozessoren der 14. Generation.

DDR5-RAM mit bis zu 7800 MHz.

17-Phasen-Stromversorgung für maximale Stabilität.

USB 3.2 Gen 2 und HDMI für vielseitige Anschlüsse.

Wi-Fi 6E und 2.5G Ethernet für schnelle Netzwerke.

Mit dem Realtek ALC4080 Audiocodec sorgt es für hervorragenden Klang. Es ist ideal für Gamer und alle, die Leistung in anspruchsvollen Anwendungen suchen.

Nummer 3:

Gigabyte Z790 AORUS XTREME

Dieses High-End-Mainboard ist die perfekte Wahl für Enthusiasten. Es bietet:

DDR5–8000-Speicher-Unterstützung.

Dual Thunderbolt 4 Type-C für schnelle Datenübertragung.

10GbE-LAN und Wi-Fi 6E für beste Netzwerkanbindung.

Einzigartiges 2,8-Zoll-LCD-Display zur Anzeige von Systeminformationen.

Mit seinen 20 Power-Stages für die CPU und den rechtwinkligen Headern sorgt es nicht nur für Leistung, sondern auch für eine saubere Verkabelung. Dieses Motherboard ist eine exzellente Wahl für leistungsorientierte Nutzer.

Nummer 2:

MSI MEG X870E GODLIKE

Das MSI MEG X870E GODLIKE ist ein echter Hingucker und bietet beeindruckende Funktionen:

Massive Kühlkörper für VRMs und M.2-Steckplätze.

10G- und 2.5G-LAN, sowie Wi-Fi 6E.

Benutzerfreundliches MSI Click BIOS für optimale Steuerung.

Dieses Motherboard ist ideal für High-End-Gaming, Content Creation und Overclocking. Seine Premium-Verarbeitung und umfangreichen Funktionen machen es zu einer Top-Wahl für Enthusiasten.

Nummer 1:

Asus ROG STRIX X870E-E GAMING WIFI

Das beste Gaming-Motherboard 2024 kommt von ASUS. Das ROG STRIX X870E-E ist speziell für AMD Ryzen 7000-Prozessoren konzipiert:

PCIe 5.0- und DDR5-Unterstützung für maximale Geschwindigkeit.

AI Overclocking und AI Cooling II für automatische Optimierung und leise Kühlung.

WiFi 7, 5Gb Ethernet und duale USB4-Anschlüsse für ultraschnelle Verbindungen.

SupremeFX-Audio für beeindruckenden Gaming-Sound.

Dieses Motherboard ist die perfekte Wahl für Gamer, Content Creator und Enthusiasten, die nach Spitzenleistung suchen.

Fazit

Egal, ob du ein begrenztes Budget hast oder nach der ultimativen Performance suchst — diese fünf Gaming-Motherboards bieten für jeden etwas. Schau dir die Links in der Beschreibung an, um die besten Preise zu finden, und rüste deinen PC mit einem dieser herausragenden Mainboards auf.

[miya716tienda]

Apple iPad Pro (2024) Test

Das 2024 iPad Pro (ab €999 für die 11-Zoll-Version) ist die Spitze von Apples aufgefrischtem iPad Lineup und ein hochwertiges Pendant zum iPad Air (ab $599). Es ist eine beeindruckende Hardware mit einem neuen OLED-Display, einem M4-Prozessor der nächsten Generation, überarbeiteten Kameras und einer frischen Auswahl an Zubehör. Für Schöpfer, die Musik oder Videos rendern möchten, kann das iPad Pro problemlos schwere Apps wie Final Cut Pro, Logic Pro, Photoshop und mehr verarbeiten. Das neueste iPad Air ist alles, was alltägliche Benutzer in einem Tablet benötigen, aber die leistungsstarke Leistung des iPad Pro verdient es unseren Editors' Choice Award für Profis, die am meisten verlangen.

Das iPad Pro beginnt bei 999 $ für das 11-Zoll-Modell und 1299 $ für das 13-Zoll-Modell. Im Gegensatz zu früheren Generationen teilen die beiden Pro-Tablets alle Spezifikationen, abgesehen von der Batteriegröße, der Bildschirmgröße und den Gesamtmaßen. Das 11-Zoll-Modell misst 9,83 x 6,99 x 0,21 Zoll (HWD) und wiegt 0,98 Pfund. Das 13-Zoll-Modell ist größer bei 11,09 um 8,48 um 0,20 Zoll und 1,28 Pfund. Zum Vergleich ist das 13-Zoll-iPad Air (11,04 x 8,46 x 0,24 Zoll, 1,36 Pfund) fast identisch mit dem 12,9-Zoll-iPad Pro 2022 (11,04 x 8,46 x 0,25 Zoll, 1,50 Pfund). Ich habe die 13-Zoll-Version getestet.

Nicht-Apple-Tablets mit ähnlichen Bildschirmgrößen sind in Größe und Gewicht vergleichbar. Das 12,9-Zoll Microsoft Surface Pro 9 (ab $999) kommt mit 11,30,8,20,37 Zoll und 1,95 Pfund, während das 12,4-Zoll Samsung Galaxy Tab S9+ (ab $999) 11,23 bei 7,30 bei 0,22 Zoll misst und 1,28 Pfund wiegt.

Viele Leute glauben, dass dünnere und leichtere Dinge besser sind. In diesem Fall haben sie Recht. Das dünnere und leichtere iPad Pro fühlt sich tatsächlich Tag für Tag besser an. Nach einer Woche Tests erwies sich die Gewichtsreduktion des iPad Pro um 0,22 Pfund (im Vergleich zum Modell 2022) als die größte Veränderung im täglichen Gebrauch. Es scheint nicht viel, aber ich fand das 13-Zoll-Modell deutlich bequemer zu bedienen, wenn ich auf der Couch sitze.

Das iPad Pro verfügt über ein Aluminiumchassis, das die flache Rückseite und Seitenkanten bildet, während sich eine Ganzglasfront in den Rahmen schmiegt. Apple gibt nicht an, welche Art von Glas es verwendet. Es ist ein elegantes Design und mit höchster Präzision gefertigt. Apple macht auch keine Ansprüche an die Haltbarkeit des Tablets. Als Referenz trägt das Galaxy Tab S9 eine Schutzart IP68 für Staub und Wasser.

Zahlreiche funktionale Elemente säumen die Seiten. Wenn Sie das Tablet im Querformat halten, ruht die Ein-/Aus-Taste oben links und die Lautstärketasten befinden sich in der Nähe am oberen Rand. Alle drei Tasten haben einen ausgezeichneten Hub und Feedback. Die kurzen Seiten beherbergen auch eine Reihe von vier Lautsprechern, die Stereo-Sound produzieren. Mit dem iPad Pro können Sie Musik hören oder Filme ansehen. Der einzelne USB-C (Thunderbolt 3 und USB4) Anschluss befindet sich an der rechten Kante. Vier Mikrofone sind ebenfalls verstreut. Apple verzichtet auf das physische SIM-Kartenfach zugunsten von eSIM. Drei Kupfer-Pogo-Stifte auf der Rückseite bieten Strom und Konnektivität für Accessories.ater.

Das hintere Kameramodul befindet sich an derselben Stelle, aber die benutzerorientierte Kamera befindet sich jetzt an der oberen langen Kante (huzzah!) für ein verbessertes Video-Chat-Erlebnis. Das Standard-iPad machte diese Änderung zurück in 2022, so dass es bei den Pro-Modellen längst überfällig war.

[luckyfalconcomputer]

Dual Video Driverless Mobile Dock

👉 Dual Video Driverless Mobile Dock ✅ Best For: Dual video support for DP/HDMI and DP/VGA monitors ✅ Compatibility: USB-C based devices (Thunderbolt 4, Thunderbolt 3, USB4, and USB-C Alt Mode) running Windows 10 or later, macOS 11 or later, iOS 13 or later, and Samsung DeX® ✅ No. of Monitors Supported: 2 ✅ Video Ports: 1 x HDMI 1.4 / 1 x DisplayPort 1.2 / 1 x VGA port ✅ Plug and Play: Plug and play installation ✅ Warranty: Two-year limited warranty 💻 Visit for more details: https://bit.ly/3REUGSa ☎️ 042662570 📱 sales@luckyfc.ae

[isfeed]

Finally, a real contender for Apple’s pricey Thunderbolt 4 cable is here

OWC has released two new super-long active optical USB4 cables, available in lengths of nearly 10 feet (3 meters) and 15 feet (4.5 meters) and offering up to 40Gbps of data throughput. According to OWC’s press materials, they’ll set you back $98.99 and $129.99, respectively, though its website currently lists them for slightly less. That’s a bargain, compared to what Apple is charging. Data…

[ptorresmx]

USB: La revolución silenciosa que conectó nuestro mundo digital

El USB revolucionó la forma en que nos conectamos al mundo digital, desde sus modestos inicios en 1994 hasta las impresionantes velocidades actuales de 40 Gbps. Descubre cómo este estándar universal transformó la tecnología, sus desafíos con los conectores propietarios y su emocionante futuro en la era digital.

El Universal Serial Bus (USB) surgió en 1994 como respuesta a una necesidad crucial en la industria informática: simplificar y unificar la forma en que los dispositivos periféricos se conectaban a las computadoras. Antes de su creación, existía una desconcertante variedad de puertos y conectores (serial, paralelo, PS/2, etc.), cada uno con sus propias especificaciones y limitaciones.

Un consorcio de empresas tecnológicas líderes, incluyendo Intel, IBM, Microsoft, Compaq y Northern Telecom, colaboró en el desarrollo del estándar USB 1.0, lanzado oficialmente en 1996. Este primer estándar proporcionaba velocidades de transferencia de hasta 12 Mbps, lo que representaba un avance significativo para la época.

La característica más innovadora del USB fue su capacidad "plug and play", permitiendo conectar dispositivos sin necesidad de reiniciar el sistema, además de su capacidad para suministrar energía eléctrica. Esta combinación de simplicidad, versatilidad y eficiencia transformó fundamentalmente la forma en que interactuamos con la tecnología, estableciendo un estándar que continúa evolucionando hasta hoy.

Generada con IA

El período entre 1996 y 2000 marcó una etapa crucial en la evolución del USB. La versión 1.1, lanzada en 1998, resolvió problemas críticos de la especificación original y agregó soporte para dispositivos de baja velocidad (1.5 Mbps), permitiendo la conexión eficiente de teclados y ratones. Este avance fue fundamental para la adopción masiva del estándar.

El verdadero salto tecnológico llegó en abril de 2000 con el lanzamiento del USB 2.0, también conocido como "Hi-Speed USB". Esta versión incrementó dramáticamente la velocidad de transferencia hasta 480 Mbps, cuarenta veces más rápido que su predecesor. Esto permitió el uso eficiente de dispositivos que requerían mayor ancho de banda, como cámaras digitales y dispositivos de almacenamiento externo, sentando las bases para la revolución digital de la década siguiente.

La evolución del USB a partir de ese año hasta la actualidad ha sido extraordinaria, marcando diferentes hitos tecnológicos. El USB 3.0, introducido en 2008, revolucionó la transferencia de datos alcanzando velocidades de hasta 5 Gbps, mientras que el USB 3.1 (2013) duplicó esta capacidad hasta 10 Gbps. El USB 3.2, lanzado en 2017, alcanzó impresionantes velocidades de 20 Gbps.

Generada con IA

El USB4, presentado en 2019, representa el estándar más avanzado hasta la fecha, ofreciendo velocidades de hasta 40 Gbps y compatibilidad con Thunderbolt 3. Este desarrollo ha permitido usos cruciales como la transferencia de video en 4K, la conexión de múltiples monitores de alta resolución y el soporte para dispositivos de realidad virtual.

Paralelamente, el USB-C ha transformado la conectividad física, introduciendo un conector reversible que puede transmitir datos y suministrar hasta 100W de potencia. Esto ha permitido la carga rápida de dispositivos, desde smartphones hasta laptops, y ha facilitado la creación de hubs multiuso que pueden conectar simultáneamente varios dispositivos, consolidando al USB como el estándar universal de conectividad en la era digital.

Generada con IA

La resistencia de algunas empresas, especialmente Apple, a adoptar estándares universales como USB-C en favor de conectores propietarios como Lightning ha fragmentado el mercado, generando costos innecesarios para los consumidores y contribuyendo a un mayor desperdicio electrónico, aunque regulaciones aprobadas recientemente, están forzando la adopción de estándares unificados.

Pero esta evolución, aunque beneficiosa tecnológicamente, ha generado también por otro lado, frustración y costos adicionales para los consumidores. La necesidad de actualizar cables y adaptadores con cada nueva generación supone una inversión constante.

Además, la coexistencia de múltiples estándares (USB-A, Micro-USB, USB-C) ha creado confusión y la molestia de mantener diferentes cables para distintos dispositivos, aunque la transición hacia USB-C está simplificando gradualmente esta situación.

El futuro del USB apunta hacia velocidades aún más asombrosas, con el desarrollo del USB5 que podría alcanzar los 80 Gbps. Se espera una mayor integración con tecnologías inalámbricas, mejoras en la capacidad de suministro de energía superando los 240W actuales, y la implementación de nuevos protocolos de seguridad que permitan transferencias más seguras y eficientes. La unificación total de conectores bajo el estándar USB-C parece inevitable.

¡Hay que conectarse bien!

¡Gracias por leerme y compartir!

@ptorresmx

[top4allo]

Will a hub or port slow down your SSDs, or make them faster? – The Eclectic Light Company

They may all connect to the same ports, but Thunderbolt 3, 4, 5, USB 3 and USB4 are very different, and few provide the performance they up-toss promise From the numbers I’ve seen here so far, the most reliable performant in widely available products is USB4, but that’s not supported by Thunderbolt 3 on Intel Macs. If your SSD needs to work well with both Mac architectures, you’re usually limited…

[gizchinaes]

OCuLink asequible: PELADN Link S-2, el dock gráfico versátil que no supera los 100 euros

El año pasado, el fabricante de mini PC PELADN lanzó al mercado el PELADN Link S1, un dock gráfico externo concebido para integrar una tarjeta gráfica de escritorio en sistemas equipados con puertos Thunderbolt 3, Thunderbolt 4 o compatibles con USB4. Ahora, la empresa ha presentado una nueva iteración, el PELADN Link S-2, que utiliza un conector OCuLink para ofrecer velocidades de transferencia…

[shelisultana]

Exploring the OneXPlayer OneXGPU: AMD Radeon RX 7600M XT Mobile Graphics with Oculink Graphics Card Expansion Dock

OneXPlayer Onexgpu AMD Radeon RX 7600M XT Mobile Graphics Oculink Graphics Card Expansion Dock 8GB GDDR6 USB4 Thunderbolt 4

Buy now: https://youtu.be/lOIEb9IlasY

Discount: 50%

The gaming landscape has seen a surge in the demand for portable devices that offer high-end performance without compromising mobility. As handheld gaming PCs become more prevalent, the need for enhanced graphical power in a compact form factor continues to grow. OneXPlayer, a prominent player in the handheld gaming console market, has introduced an innovative solution: the OneXPlayer OneXGPU, powered by the AMD Radeon RX 7600M XT Mobile Graphics and integrated with an Oculink Graphics Card Expansion Dock.

This combination of features provides not only a significant boost in graphical processing power but also a versatile expansion dock that can transform handheld gaming into a full-fledged desktop gaming experience. In this blog post, we’ll delve into the key features, technology, and the potential impact of this exciting innovation on the handheld gaming industry.

Overview of the OneXPlayer OneXGPU The OneXPlayer OneXGPU is designed to augment the graphical capabilities of handheld gaming consoles, offering a seamless upgrade for gamers who need desktop-level graphics power on the go. At its heart lies the AMD Radeon RX 7600M XT Mobile Graphics chip, which is packed with 8GB of GDDR6 memory and built on the RDNA 3 architecture.

Paired with the Oculink Graphics Card Expansion Dock, this setup opens a wide range of possibilities, offering connectivity through USB4 and Thunderbolt 4 interfaces, allowing users to harness the power of a desktop GPU while still retaining the portability of a handheld console.

AMD Radeon RX 7600M XT: Performance in a Compact Form At the core of the OneXGPU lies the AMD Radeon RX 7600M XT, one of AMD's latest mobile graphics cards. This GPU is designed specifically for mobile and portable computing but doesn’t skimp on performance. Built on the RDNA 3 architecture, the RX 7600M XT delivers enhanced efficiency, performance, and power management, making it an ideal fit for handheld gaming devices like the OneXPlayer.

Key Features of the RX 7600M XT: 8GB GDDR6 Memory: With 8GB of high-speed memory, the RX 7600M XT ensures smooth gameplay at high settings, even in the most graphically demanding titles. This large memory buffer is particularly useful for rendering large textures and handling complex graphical computations. RDNA 3 Architecture: AMD's latest RDNA 3 architecture brings significant improvements in performance-per-watt, enabling the RX 7600M XT to deliver desktop-grade performance in a much smaller, more power-efficient form factor. The architecture also supports ray tracing, variable-rate shading, and other advanced graphical features. Efficient Power Consumption: One of the key advantages of the RX 7600M XT is its efficient power consumption, a crucial factor for portable devices. It balances high performance with lower power draw, ensuring longer battery life while maintaining high graphics performance. Oculink Graphics Card Expansion Dock: Extending Capabilities The OneXGPU package comes equipped with the Oculink Graphics Card Expansion Dock, a cutting-edge solution for those who want to take their gaming or productivity to the next level. The dock is designed to provide an easy and efficient way to connect external GPUs to portable devices like the OneXPlayer through high-speed interfaces such as Oculink, USB4, and Thunderbolt 4.

What is Oculink? Oculink is a high-speed data transfer interface primarily designed for external graphics solutions. It offers several advantages over more traditional connections such as Thunderbolt, including lower latency and higher bandwidth capabilities. Oculink is particularly suited for graphics-intensive tasks like gaming and content creation, where the performance of external GPUs can make a significant difference.

Thunderbolt 4 and USB4 Integration While Oculink provides a dedicated high-bandwidth connection for external GPUs, the inclusion of Thunderbolt 4 and USB4 in the dock ensures that the OneXGPU is compatible with a wide range of devices and accessories. Thunderbolt 4, in particular, offers up to 40Gbps of data transfer speed, ensuring minimal latency and the ability to connect high-resolution monitors, external storage, and other peripherals with ease.

This makes the OneXGPU dock not just a gaming solution but also a powerful tool for creators and professionals who need to connect multiple high-performance devices.

Seamless Gaming and Productivity on the Go For gamers, the OneXGPU offers the ability to enjoy demanding AAA titles at higher settings and resolutions without sacrificing portability. Handheld devices like the OneXPlayer are often limited by their integrated graphics, which, while suitable for many games, struggle with the most graphically intense titles. The RX 7600M XT, combined with the Oculink dock, changes this by offloading the graphical processing to a much more powerful external GPU.

Key Gaming Benefits: Higher Frame Rates: With the RX 7600M XT's superior processing power, users can experience higher frame rates even at higher resolutions, resulting in smoother gameplay. Improved Visual Quality: The GPU’s ray tracing capabilities and other advanced graphical features allow for enhanced lighting, reflections, and overall visual fidelity in games. Multitasking Capabilities: The combination of USB4 and Thunderbolt 4 ports allows users to connect multiple displays, external storage devices, and other peripherals, enabling a seamless transition between gaming and productivity tasks. Future-Proofing for the Handheld Gaming Market The integration of high-performance components like the AMD Radeon RX 7600M XT and the Oculink Graphics Card Expansion Dock in the OneXGPU marks a significant leap forward in the handheld gaming space. As games continue to demand more from hardware, the ability to upgrade and expand is becoming increasingly important.

The OneXGPU offers a glimpse into the future of gaming hardware, where devices are no longer limited by their internal components. Instead, users can opt for expansion docks and external GPUs that allow them to scale their gaming setups as needed. This modular approach not only extends the lifespan of handheld gaming consoles but also provides greater flexibility and versatility for users.

Conclusion The OneXPlayer OneXGPU with the AMD Radeon RX 7600M XT Mobile Graphics and Oculink Graphics Card Expansion Dock is a game-changer in the world of portable gaming. By offering a powerful external GPU solution that integrates seamlessly with handheld devices, OneXPlayer is pushing the boundaries of what’s possible in portable gaming.

Gamers and professionals alike stand to benefit from this innovative approach, which allows for high-end performance without sacrificing portability. The combination of USB4, Thunderbolt 4, and Oculink ensures that the OneXGPU is not only compatible with a wide range of devices but also future-proofed for the next generation of games and applications.

Whether you’re a hardcore gamer looking for desktop-level graphics on a portable device or a content creator who needs a powerful, flexible setup, the OneXGPU offers a compelling solution that bridges the gap between portability and performance. As the handheld gaming market continues to evolve, solutions like the OneXGPU will play an increasingly important role in shaping its future.

[govindhtech]

AM5 B650E AORUS PRO X USB4 for Ryzen 7000/8000 Series

Gigabyte AORUS B650E

Leading producer of graphics cards, motherboards, and hardware solutions, GIGABYTE Technologies, unveiled the newest all-around motherboard, the B650E AORUS PRO X USB4. Users can take advantage of the most cheap next-generation AM5 platform ahead of time thanks to the B650E AORUS PRO X USB4’s built-in Dual USB4 ports and many leading features.

B650E AORUS

⁠With its wide range of compatibility, effective charging, ultra-HD display connectivity, and blazingly fast and dependable transfer speeds, USB4 has clearly established itself as a crucial standard on the upcoming AM5 platform. The B650E AORUS PRO X USB4 is the only device among the growing number of USB4-ready products on the market with twin native USB4 ports that support all Ryzen processors and offer up to 40 Gbps on each port.

Unlike Thunderbolt 4, which divides bandwidth between data and video, this 40 Gbps total bandwidth is specifically designed for data transfers. In addition to offering full 40Gbps USB4, the B650E AORUS PRO X USB4 also uses 2.5 GbE LAN and GIGABYTE’s Ultra-High Gain antenna to provide excellent Wi-Fi 7 connectivity.

⁠The B650E AORUS PRO X USB4 has a number of unique, DIY-friendly advancements in firmware and hardware that make system building fun and simple. The recently created EZ-Debug Zone centralises control buttons and debug LEDs to offer a practical and well-organized debugging procedure. By combining Wi-Fi antenna plugs into a single adapter, the WIFI EZ-Plug design spares consumers from the tedious screwing that is needed during installation.

Installation of the Sensor Panel is made easier by the Sensor Panel Link’s inbuilt video connector, which eliminates the need to worry about wire routing. While M.2 EZ-Latch Click and M.2 EZ-Latch Plus enable tool-free installation of M.2 SSDs and heatsinks, PCIe EZ-Latch Plus allows screwless installation of PCIe graphics cards. With a revamped UI and UX and a Quick Access panel with customisable option slots, the user-centric UC BIOS has been enhanced.

⁠With its all-digital 16-phase design and 80A SPS per phase, the B650E AORUS PRO X USB4 is capable of unleashing the remarkable performance of AMD Ryzen processors, both current and future. In addition, the improved thermal design features an M.2 thermal shield and an expanded heatsink with a heat pipe in the VRM area, offering high-efficiency heat dissipation to guarantee the system remains cool even when running resource-intensive or multitasking programmes.

B650E AORUS PRO X USB4 Features

AMD Socket AM5：Supports AMD Ryzen 8000/ 7000 Series Processors

Digital twin 16+2+2 phases VRM solution

Dual Channel DDR5：4*DIMMs with AMD EXPO & Intel XMP Memory Module Support

PCIe UD Slot X： PCIe 5.0 x16 slot with 10X strength for graphics card

WIFI EZ-Plug: Quick and easy design for Wi-Fi antenna installation

EZ-Latch Click：M.2 heatsinks with screwless design

EZ-Latch Plus：M.2 slots with Quick Release & Screwless Design

Sensor Panel Link：Onboard video port for hassle-free in-chassis panel setup

UC BIOS：User-Centred intuitive UX with Quick Access function

Ultra-Fast Storage：4*M.2 slots, including 3* PCIe 5.0 x4

Efficient Overall Thermal：VRM Thermal Armor Advanced & M.2 Thermal Guard XL

Fast Networking：2.5GbE LAN & Wi-Fi 7 with Ultra-high gain directional antenna

Extended Connectivity：Dual USB4 Type-C with DP-Alt, HDMI

Reliable Audio：8-Ch HD Audio & Audiophile Grade Capacitors

B650E AORUS PRO X USB4

The all-digital power design of every gaming motherboard in the AORUS series provides the highest stability even under demanding workloads.

Flexible connectivity

With next-generation Wi-Fi, storage, and networks, you can enable the best possible connection experience with lightning-fast data transmission speeds.

Two USB4 40Gbps ports with DP-Alt

The two most recent USB4 Type-C ports offer dependable and lightning-fast transfer speeds of up to 40 Gbps apiece. With its wide compatibility, effective charging, and ultra-HD displayport connectivity, USB4 is useful for data-intensive operations like video editing and big file transfers.

All AORUS motherboards are fully metal-coated with the latest thermal design technology. These sturdy heatsinks are designed to maintain the cooling of your system even at high speeds.

Construct with ease

It should be fun and simple to build your own computer. The most DIY-friendly motherboard ever is the AORUS serious one.

EZ-Plug WiFi

By combining Wi-Fi antenna plugs into a single adapter, the WIFI EZ-Plug design spares consumers from the tedious screwing that is needed during installation.

EZ-Latch Designs

Techniques that make it simple to add components without much effort.

Recalling the future

Several methods are included in all gaming motherboards from the AORUS series to optimise DDR5 memory performance and compatibility.

Acquire everything

With GIGABYTE Ultra Durable Technology, they are able to provide gamers a platform that is not only powerful but also dependable and long-lasting. The motherboards of the AORUS series are designed to be stronger and survive longer.

Boosting Collaboration to Increase Performance

AORUS series motherboards are a testament to Gigabyte’s commitment to BIOS refinement. By means of their community partnership, Gigabyte is enhancing the usability of next-generation performance.

Early June will see the release of the versatile B650E AORUS PRO X USB4 motherboard with integrated next-generation AM5.

Read more on govindhtech.com

[systemtek]

The History of USB: Revolutionizing Connectivity

The History of USB: Revolutionizing Connectivity Introduction In today's tech-driven world, the Universal Serial Bus (USB) is ubiquitous, seamlessly connecting our devices and peripherals. From charging smartphones to transferring data between computers, USB technology has become an integral part of our daily lives. But how did this versatile interface come to be? This blog post delves into the fascinating history of USB, exploring its origins, development, and impact on the tech industry. Origins and Early Development The Problem of Compatibility Before the advent of USB, connecting peripherals to computers was a cumbersome task. Users had to deal with a variety of ports and connectors, such as serial ports, parallel ports, and proprietary connectors, each requiring different drivers and often causing compatibility issues. This complexity hindered the user experience and slowed down technological innovation. The Birth of USB In the mid-1990s, a consortium of seven major tech companies—Compaq, DEC, IBM, Intel, Microsoft, NEC, and Nortel—recognized the need for a standardized, user-friendly interface that could replace the myriad of existing ports. Led by Intel's Ajay Bhatt, this group set out to develop a universal connector that would simplify the process of connecting peripherals to computers. USB 1.0: The First Standard Introduction and Specifications In 1996, the first USB specification, USB 1.0, was released. It offered a data transfer rate of 1.5 Mbps (low speed) and 12 Mbps (full speed). While this might seem slow by today's standards, it was a significant improvement over existing interfaces. USB 1.0 also introduced the concept of "plug and play," allowing devices to be connected and recognized without needing to reboot the computer or install additional drivers. Early Adoption and Challenges Despite its potential, USB 1.0 faced initial resistance from hardware manufacturers and consumers. Many were hesitant to adopt a new standard, and the lack of USB-compatible devices limited its appeal. However, the release of USB 1.1 in 1998, which improved compatibility and fixed several bugs, helped increase adoption. USB 2.0: The Breakthrough Enhanced Performance The real breakthrough for USB came with the introduction of USB 2.0 in 2000. This new version offered a staggering (at the time) data transfer rate of 480 Mbps, making it suitable for a wider range of devices, from external hard drives to video cameras. The higher speed significantly boosted the technology's appeal and usability. Mass Adoption USB 2.0 quickly gained traction, driven by the growing demand for faster data transfer speeds and the proliferation of digital devices. Manufacturers began to standardize USB ports on computers and peripherals, and consumers appreciated the simplicity and reliability of the new interface. The success of USB 2.0 marked the beginning of USB's dominance in the connectivity market. USB 3.0 and Beyond: Speeding Ahead USB 3.0 In 2008, USB 3.0 was introduced, offering even faster data transfer rates of up to 5 Gbps. This version, also known as SuperSpeed USB, included significant improvements in power efficiency and backward compatibility with USB 2.0. The enhanced performance and capability of USB 3.0 made it ideal for data-intensive applications, such as video editing and large file transfers. USB 3.1 and 3.2 USB 3.1, released in 2013, doubled the data transfer rate to 10 Gbps and introduced a new, reversible connector known as USB Type-C. This connector could be plugged in either way, eliminating the frustration of trying to insert the connector correctly. USB 3.2, announced in 2017, further increased speeds to 20 Gbps, cementing USB's position as the go-to interface for high-speed data transfer. USB4: The Future of Connectivity Introduction of USB4 In 2019, the USB Promoter Group announced USB4, based on the Thunderbolt 3 protocol. USB4 supports data transfer rates of up to 40 Gbps and enhances compatibility with Thunderbolt devices. This new standard aims to unify the USB ecosystem, providing a single, versatile connector for all types of devices and applications. The Role of USB-C USB-C, with its compact, reversible design, has become the universal connector for USB4. It supports not only high-speed data transfer but also power delivery, allowing a single cable to handle multiple functions. The adoption of USB-C by major tech companies, including Apple and Google, has further solidified its position as the future of connectivity. Impact and Legacy Simplifying Connectivity The introduction of USB revolutionized the way we connect devices, simplifying the process and enhancing compatibility. It eliminated the need for multiple types of connectors and drivers, providing a seamless and user-friendly experience. This standardization has been crucial in the proliferation of digital devices and the growth of the tech industry. Enabling Innovation By providing a reliable and high-speed interface, USB has enabled a host of innovations. It has facilitated the development of new peripherals, such as external storage devices, digital cameras, and printers. Moreover, the power delivery capabilities of USB have paved the way for the creation of more compact and portable devices. Universal Adoption Today, USB ports are found on virtually every computer and peripheral device. The widespread adoption of USB has created a vast ecosystem of compatible devices, making it easier for consumers to choose and use technology. The continued evolution of USB standards ensures that it remains relevant and capable of meeting the demands of future technologies. Conclusion The history of USB is a testament to the power of collaboration and the importance of standardization in technology. From its humble beginnings as a solution to compatibility issues, USB has evolved into a versatile and indispensable interface that continues to drive innovation and connectivity. As we look to the future, USB4 and USB-C promise to further enhance our digital experiences, ensuring that USB remains at the heart of our technological ecosystem. Read the full article

[sanaavay]

Intel Core i5 11400 Desktop Processor Intel Core i5 2.60 GHz processor offers hyper-threading architecture that delivers high performance for demanding applications with improved onboard graphics and turbo boost The Socket LGA-1200 socket allows the processor to be placed on the PCB without soldering 12 MB of L3 cache rapidly retrieves the most used data available to improve system performance, Max Turbo Frequency 4.40 GHz 14 nm design offers great efficiency for computing, delivers nimble processing with balanced cost, performance, and power Built-in Intel UHD Graphics 730 controller for improved graphics and visual quality. Supports up to 3 monitors. Intel Core i5 11400 Desktop Processor Overview : Power up your productivity, gaming, and content creation experiences by installing the Intel Core i5-11400 2.6 GHz Six-Core LGA 1200 Processor into your computer system. Built using a 14nm process, this 11th generation desktop processor features a base clock frequency of 2.6 GHz and a 4.4 GHz turbo frequency with 12MB of cache, six cores, and twelve threads for fast and reliable performance. The Core i5-11400 also includes support for PCI Express 4.0 and dual-channel DDR4 memory at 3200 MHz to help run and multitask a variety of demanding applications and games using technologies such as built-in AI acceleration. Performance can be further enhanced by installing Intel Optane memory to cache frequently accessed data. The Core i5-11400 features integrated Intel UHD 730 Graphics driven by the powerful Xe architecture. A thermal solution is included to help maintain optimal temperatures and the processor is backed by a 3-year warranty. PCIe 4.0 This processor supports up to 20 PCIe 4.0 lanes, delivering exceptional data throughput with compatible devices. AI Acceleration Intel Deep Learning Boost (VNNI) technologies help to enhance the performance of deep learning workloads. Thunderbolt 4 & USB4 With Thunderbolt 4 technology, this processor supports data transfer speeds of up to 40 Gb/s with compatible devices and you can connect up to two 4K monitors simultaneously. USB4 technology supports a 20 Gb/s throughput with compatible devices and up to one 4K monitor. Intel Iris Xe Graphics The integrated graphics deliver fast, rich 3D performance for high-quality visuals. Intel Core I5 11400 Desktop Processor

[luckyfalconcomputer]

Dual Video Driverless Mobile Dock

👉 Dual Video Driverless Mobile Dock ✅ Best For: Dual video support for DP/HDMI and DP/VGA monitors ✅ Compatibility: USB-C based devices (Thunderbolt 4, Thunderbolt 3, USB4, and USB-C Alt Mode) running Windows 10 or later, macOS 11 or later, iOS 13 or later, and Samsung DeX® ✅ No. of Monitors Supported: 2 ✅ Video Ports: 1 x HDMI 1.4 / 1 x DisplayPort 1.2 / 1 x VGA port ✅ Plug and Play: Plug and play installation ✅ Warranty: Two-year limited warranty 💻 Visit for more details: https://bit.ly/3REUGSa ☎️ 042662570 📱 sales@luckyfc.ae

[mdshariful]

Today we are talking about the new mini PC that hits stores called GMKtec K5, which this time has the high-power AMD Ryzen 7940HS processor. you may also like GMKtec M4 and GMKtec K2 Mini PCs. GMKtec K5 New Mini PC This computer has an AMD Ryzen 7 7735HS chip with eight cores and sixteen threads that reaches up to 4.75 GHz. In the graphics department we have the Radeon 680M GPU with a frequency of up to 2.2 GHz and with the new RDNA2 architecture. It also stands out for including DDR5 memory, better network connectivity with Wi-Fi 6 and two 2.5G Ethernet ports. In addition, it has a USB4 port, similar to Thunderbolt 3 with speeds of up to 40 Gbps and in this case also with video output capacity. As we can see, this mini PC from GMKtec offers an attractive specification package for the price and will take nothing for granted on our desktop. Specification of GMKtec K5 Mini PC Component Specification Processor AMD Ryzen 7 7735HS Octa Core 16 threads Up to 4.75 GHz Graphics Radeon 680M iGPU 12 cores Speed: 2.2 GHz Memory Up to 64 GB DDR5 4800 MHz Storage M.2 2280 NVMe PCIe x4 SSD Up to 4 TB Additional internal 2.5" SATA storage Network Connectivity WiFi 6 Bluetooth 5.2 2 x RJ45 2.5G Ethernet ports Interfaces 3 x USB 3.2-A ports 1 x USB 2.0 port 1 x 3.5mm audio jack 1 x HDMI 2.0 port 1 x DisplayPort 1.4 1 x USB4 Type-C port with data output, power, and video DisplayPort 1.4 Operating System Windows 11 Pro Power Powered by a small external transformer Mounting VESA plate included for anchoring behind monitors or TVs Pricing and Availability Starting from $529 for the barebone version with shipping included on Amazon or AliExpress The GMKtec K5 Mini PC integrates an AMD Ryzen 7 7735HS octa-core processor with sixteen threads, with a frequency of up to 4.75 GHz. It has a powerful 12-core Radeon 680M iGPU that reaches speeds of 2.2 GHz, allowing us to play to demanding games in 1080p quality with the right settings. Built in 6 nm with Zen 3 technology, this processor has a powerful fan for adequate cooling. In the RAM department we have versions of up to 64 GB DDR5 4800 MHz and an M.2 2280 NVMe Pcie x4 SSD that goes up to 4 TB. Inside this small box we can also mount another 2.5″ SATA internal storage unit. It can also be purchased in barebones format. Connectivity and Other features For network connectivity we have a good combo with Wifi 6 Bluetooth 5.2 (RZ616) and two RJ45 2.5G network ports. As an interface, we find on the perimeter of the box 3 USB 3.2-A ports, a USB 2.0, 3.5 mm audio jack and HDMI 2.0 and DisplayPort 1.4 video output. We have a USB4 Type-C with DisplayPort 1.4 data, power and video output. The GMKtec K5 Mini PC is powered by a small external transformer, a VESA plate is included to anchor it to the back of any monitor or television, and the operating system is Windows 11 Pro. Price and availability The GMKtec K5 Mini PC can be purchased on Amazon or AliExpress from $529 with shipping in its barebones version.

[tecnoandroidit]

Terramaster D5 Hybrid: una soluzione di archiviazione ibrida all'Avanguardia

Nel panorama tecnologico attuale, l'innovazione e l'efficienza nello storage dei dati rappresentano due pilastri fondamentali per professionisti e aziende. TerraMaster, marchio leader nel settore delle soluzioni di archiviazione, ha recentemente svelato il D5 Hybrid, posizionandosi come pioniere nell'ambito degli enclosure ibridi per HDD e SSD. Il D5 Hybrid si distingue per la sua capacità di alloggiare contemporaneamente due hard disk SATA (HDD/SSD) e tre SSD NVMe M.2 2280, raggiungendo una capacità massima di 22TB per unità HDD/SSD e 8TB per ogni SSD M.2, per un totale impressionante di fino a 68TB di spazio di archiviazione. Questa combinazione unica sfrutta i punti di forza sia degli HDD, noti per la loro capienza elevata, sia degli SSD, rinomati per le prestazioni ad alta velocità, garantendo agli utenti una soluzione di storage estremamente versatile e performante. Caratteristiche Principali del D5 Hybrid - Larghezza di Banda di Trasferimento 10Gbps: Grazie al protocollo USB 3.2 Gen2, il D5 Hybrid garantisce una trasmissione dati ad alta velocità fino a 10Gbps. Con la configurazione di due hard drive in RAID 0, è possibile ottenere velocità di lettura/scrittura fino a 521MB/s per gli HDD e fino a 960MB/s per gli SSD, con punte di 980MB/s utilizzando SSD NVMe M.2. - Modalità RAID Esclusiva 2+3: Il D5 Hybrid implementa una modalità RAID esclusiva che permette di configurare i due HDD/SSD SATA in diverse configurazioni (RAID 0, RAID 1, JBOD, o Singolo Disco), ottimizzando l'archiviazione di dati freddi. Parallelamente, i tre slot per SSD NVMe M.2 supportano la modalità singolo disco, ideale per l'archiviazione di dati caldi che richiedono accessi rapidi. - Compatibilità Superiore: Dotato di interfaccia USB Type-C, il D5 Hybrid è compatibile con una vasta gamma di protocolli (USB 3.0, 3.1, 3.2, USB4, Thunderbolt 3 e 4) e sistemi operativi (Windows 7 e successivi, macOS X 10.6 e successivi, Linux Ubuntu 16/18/20), assicurando una flessibilità senza precedenti. - Soluzione di Backup Automatizzato: Il software TPC Backupper di TERRAMASTER, incluso gratuitamente, facilita il backup dei dati da PC Windows, supportando strategie di backup incrementale e differenziale. - Installazione Facilitata e Design Ultra-silenzioso: Il design senza utensili del D5 Hybrid permette un'installazione semplice e veloce degli HDD e degli SSD M.2. Inoltre, il dispositivo garantisce una modalità di ibernazione intelligente degli hard drive e un funzionamento ultra-silenzioso, con un livello di rumore ridotto del 50% rispetto alla generazione precedente. Il lancio del D5 Hybrid di TerraMaster segna un punto di svolta nell'industria dello storage, offrendo una soluzione efficiente e ad alta capacità per la gestione dei dati. Con la sua combinazione di prestazioni elevate, flessibilità e design innovativo, il D5 Hybrid si preannuncia come la scelta ideale per professionisti e aziende alla ricerca di una soluzione di storage all'avanguardia. Read the full article

[thewirely]

The first is Express 1M2, a portable USB4 NVMe SSD from Other World Computing (OWC) that introduces the company’s entrance into the USB4 drive space. The Express 1M2 is all about performance by providing speeds of up to 3151MB/s (with most Macs and PCs in 2020 and late). It is compatible with the USB4, USB 3.2, USB 2 and Thunderbolt™ 3 & Thunderbolt™ 4 devices. It offers advanced speed and connectivity based on the USB4 technology thus compatible with modern USB4-equipped Macs, PCs supporting both current and future connectivity while allowing for high-speed data transfer between various devices. As for the Express 1M2, it is tailored to deliver reliability and high performance offering clients a choice between OWC’s Aura SSDs or third-party NVMe M.2 SSDs in sizes of either 2230, 2242 or even the larger-sized ones such as those of size 2280. With an assembly screwdriver included. With an design that is the size of a mobile phone, it has a heavy aluminium heat sink for robust protection and efficient dissipation of heat so that players are not faced with thermal throttling to enable consistent maximal performance. https://www.youtube.com/watch?v=oaqCVKp24Pw The Express 1M2 works with Mac and PC, and it has cross-platform capability using the OWC’s MacDrive software. The market for the product is very diverse, appealing to professionals like photographers and videographers as well as people who love technology and performance. Larry O'Connor, founder and CEO of OWC, emphasized the company's commitment to quality and reliability: “The Express 1M2 is built for performance and to cool the drives, in contrast, with OWC products designed right instead of targeting low-priced, disposable commodity level; as a result our customer’s data reliability is our #1 priority and the Express 1M2 provides that long-term reliability coupled with optimal handling.” The Express 1M2 comes at a cost of $119.99 for an external storage enclosure excluding SSD. Other alternatives consist of 1TB,2TB.4 TB or 8 TB Aura SSD models that start at $219.99`. The first-class 8TB model is valued at $1,299.99.