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For professionals who demand maximum bandwidth without sacrificing the clean aesthetic of a curated desk, desktop clutter is the ultimate enemy. The Satechi Thunderbolt 4 Slim Hub Pro is a masterpiece of space-saving engineering, housing elite multi-device connectivity within an ultra-slim, premium aluminium chassis that matches the sophisticated look of your premium desktop hardware. Driven by cutting-edge Gallium Nitride (GaN) technology, it replaces bulky, traditional power bricks with a remarkably compact and lightweight 150W GaN power supply. This allows the hub to anchor your desktop neatly, routing your high-performance peripherals through a centralized, low-profile footprint.
Step into an uncompromised world of professional data transmission and graphical power. Fully certified through Intel's rigorous Thunderbolt standards, this hub features three downstream Thunderbolt 4 ports delivering blistering data transfer speeds up to 40Gbps. With 32Gbps native PCIe support, it unlocks the absolute peak performance potential of high-velocity external graphics cards (eGPUs) and advanced Thunderbolt-based SSD storage arrays. Designed to grow alongside your expanding hardware library, the hub allows creators to daisy-chain up to six devices simultaneously, and features a high-speed USB-A 3.2 Gen 2 port pushing up to 10Gbps for fast legacy file transfers.
Transform your screen real estate and keep your most power-hungry machines fully energized at peak workloads. The Slim Hub Pro elevates your visual workspace by driving a single, mesmerizing 8K display at 30Hz, a stunning 60Hz feed on a 6K Mac display, or dual high-resolution 4K screens at a fluid 60Hz simultaneously. To ensure your workstation never throttles during intense rendering or compiling tasks, the upgraded GaN architecture delivers a massive up to 96W of pass-through power to your host MacBook over its dedicated upstream port. This represents a major increase over the 60W limit of its predecessor, while still pushing 15W of dedicated power to each downstream device.
For professionals who demand maximum bandwidth without sacrificing the clean aesthetic of a curated desk, desktop clutter is the ultimate enemy. The Satechi Thunderbolt 4 Slim Hub Pro is a masterpiece of space-saving engineering, housing elite multi-device connectivity within an ultra-slim, premium aluminium chassis that matches the sophisticated look of your premium desktop hardware. Driven by cutting-edge Gallium Nitride (GaN) technology, it replaces bulky, traditional power bricks with a remarkably compact and lightweight 150W GaN power supply. This allows the hub to anchor your desktop neatly, routing your high-performance peripherals through a centralized, low-profile footprint.
Step into an uncompromised world of professional data transmission and graphical power. Fully certified through Intel's rigorous Thunderbolt standards, this hub features three downstream Thunderbolt 4 ports delivering blistering data transfer speeds up to 40Gbps. With 32Gbps native PCIe support, it unlocks the absolute peak performance potential of high-velocity external graphics cards (eGPUs) and advanced Thunderbolt-based SSD storage arrays. Designed to grow alongside your expanding hardware library, the hub allows creators to daisy-chain up to six devices simultaneously, and features a high-speed USB-A 3.2 Gen 2 port pushing up to 10Gbps for fast legacy file transfers.
Transform your screen real estate and keep your most power-hungry machines fully energized at peak workloads. The Slim Hub Pro elevates your visual workspace by driving a single, mesmerizing 8K display at 30Hz, a stunning 60Hz feed on a 6K Mac display, or dual high-resolution 4K screens at a fluid 60Hz simultaneously. To ensure your workstation never throttles during intense rendering or compiling tasks, the upgraded GaN architecture delivers a massive up to 96W of pass-through power to your host MacBook over its dedicated upstream port. This represents a major increase over the 60W limit of its predecessor, while still pushing 15W of dedicated power to each downstream device.