2017 15" Lenovo ThinkPad E570 (GTX950M) [7th,2C,U] + RX 580 @ 16Gbps-M2 (ADT-Link R43SG) + Win10 [golden_alchemist]
- Model: Lenovo Thinkpad E570 20H6S00000
- Screen: 15.6" 1920 x 1080 IPS
- CPU: Intel i5-7200U @ 2.5GHz (2 Cores, 4 Threads, Turbo up to 3.1GHz)
- iGPU: Intel HD Graphics 620
- dGPU: Nvidia GTX 950M (2GB GDDR5 ver.)
- Main storage: 240GB Kingston A400 (Windows 10)
- Secondary storage: 250GB Crucial MX500 (Pop OS)
- OS: Windows 10 Education (1909)
- eGPU: Sapphire Nitro+ RX 580 8GB
- eGPU enclosure: ADT-Link R43SG (labelled as ADT-Link R3G, they are the same as I've read in forums)
- Graphics card: Sapphire Nitro+ RX 580 8GB
- PSU: HP PC6015 365W (generic ATX PSU from a hp dc7900)
Before any installation, make sure to unplug your power cord and remove the laptop battery. After installing everything, you can plug them back in.
Plug in all the cables and install GPU:
- 24-pin ATX cable
- 4-Pin CPU-power cable
- 8-pin GPU-power cable
- Picture: PSU and GPU cables in place
- Install GPU by pressing it into the PCIe Slot, screw down the holders and plug in the GPU power cables
- Picture: GPU in adapter
Remove service hatch (bottom cover) and m.2 NVMe SSD
- Picture: open bottom without m.2 SSD
Plug in the m.2 cable from the R43SG adapter
- Picture: m.2 cable plugged in
The whole system now looks like this with all cables in place:
Plug in power cord and battery and start the system
Install drivers through device manager -> graphics cards -> Radeon RX580 Series -> drivers -> update driver
Install Radeon Software using the standard installer
Done! This system works pretty much plug and play!
All benchmarks are performed with an external monitor plugged into the GPU, and the lid closed.
Picture: Passmark 3D Graphics Mark With a score of 6943, I'm getting about 79% of the average benchmark of this GPU (8769)
Picture: Unigine Superposition Benchmark (1080p Medium)
Userbenchmark The GPU performs exactly as expected, despite being used as an eGPU. (GPU score: 56.6%, average for this specific card: 56 ±3%)
I use my laptop with the lid closed, and with an external monitor to force the laptop to use the external GPU. When the lid was open, and I would start benchmarks, it would try to run them on the laptop's dGPU.
This is just the current state - which I created to see if it works and play some games. I do have several upgrades in mind for the near future:
- Buy another bottom cover for my E570, from AliExpress for example, and cut a hole in it for the m.2 cable so my components aren't exposed
- Buy the Dell DA-2 power supply for its dedicated port on the R43SG, as my tests revealed the GPU doesn't really draw more than 150W, so the DA-2's 220W should be enough. It would be a lot better considering it doesn't have an annoying fan like this PSU, and the single 8-pin cable is much more handy than having to plug in the sturdy 24-Pin and 4-Pin from this old PSU.
- Possibly make a custom "full" enclosure, to protect the graphics card and make it a bit more portable (maybe a bit more silent) - it would be an extruded aluminium case (from ebay, for example) where I'd add 4 holes for the feet to screw on to, the backside would be open, it would have holes for ventilation and a single hole on the back for the Dell DA-2 PSU.
I've gained a lot of information from this forum, and I managed to build my own eGPU setup. As there's only one other Lenovo E-(Edge)series laptop on here, I thought it might be helpful for others who have one of this product line too.
While my laptop is more uncommon than common, my graphics card is very common. The R43SG was the enclosure/adapter of my choice because, contrary to the EXP GDC Beast, it uses (if I understand correctly) the 12V lines from the 24-pin, as well as from the CPU-Power 4-pin from ATX power supplies, and reroutes them to two 6-/8-Pin cables, which you can plug into the graphics card. That way you can use old PSUs which are powerful enough, but don't have enough 6-/8-pin cables, which is the case for mine (only one 6-Pin cable, but the RX580 requires one 8-pin and one 6-pin). Also, it features a dedicated 8-pin port for a 220W Dell power brick (Dell DA-2 220W) which allows for an even smaller overall form factor and one less fan running.
I hope this post can help. I'll keep it updated with all new benchmarks and pictures/mods I make. Let me know if anything is wrong or if you have any questions or want other benchmarks