Or mix and match.Ĭhoose which device (eGPU, NVMe SSD) will use which port (TB3, M.2). My favorite: can test/use the eGPU adapter either with a higher-performance M.2 NVMe SSD slot or TB3 port. Optional: once sized up with (2) & (3), can build a custom enclosure around itĥ. Can use a ATX or Dell DA-2 PSU for input powerĤ. Inexpensive - costs significantly less cost than a TB3 enclosure as seen in the Buyer Guideģ. Optional: US$23 ADT-Link R43SG stand to hold the device and a PSUĪDT-Link R43SG-TB3 (or equivalent) offers a lot of flexibilityġ. a 50cm TB3 cable, often included with the M.2 NVMe to TB3 adapter * ACASIS TBU412 Thunderbolt 3 dock with 60W+15W power delivery, magnetic top cover but older/slower JHL6540 controller ģ. * WD_Black D50 Game Dock with 87W power delivery * JEYI Thunderbolt 3 dock with 60W+15W power delivery Or for more features (newer faster JHL7440 TB3 controller, more PD, I/O ports and daisy chaining): * Wavlink WL-UTE02, JEYI Leidian or Orico TOM2T3-G40 a M.2 NVMe to TB3 adapter with older DSL6340 TB3 controller, 15W PD and no I/O ports: * ADT-Link R43SG 4.0 ( PCIe 4.0) preferrable if intend to use in a PCIe 4.0 M.2 NVMe slot as found in Intel 11th-gen or AMD Ryzen 6000 or newer systemsĢ. * JHH-Link Dock-M.2 ( PCIe 3.0) with more convenient socketted connection to PCIe adapter a M.2 NVMe to PCIe eGPU adapter: ADT-Link R43SG ( PCIe 3.0 - like TB3/TB4 connects at) The three components that make up a ADT-Link R43SG-TB3 (or equivalent) are:ġ. EGPU.io user builds using an ADT-Link R43SG-TB3 (or equivalent) are here
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