Lenovo ThinkStation P5 Review A Fast Intel Xeon Workstation

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Lenovo ThinkStation P5 Workstation Intel Xeon 2
Lenovo ThinkStation P5 Workstation Intel Xeon 2

The Lenovo ThinkStation P5 is a mid-range workstation from Lenovo that utilizes the Intel Xeon W-2400 series processors. That gives us a CPU with core counts above those of typical desktop chips, but also significantly more I/O than consumer alternatives. Lenovo takes this base and builds around it a neat system that both looks sharp and offers a lot of capabilities. With that, let us get to the hardware.

Lenovo ThinkStation P5 External Hardware Overview

The ThinkStation P5 comes standard in a tower form factor measuring 440 x 165 x 453mm or 17.3 x 6.5 x 17.8in.

Lenovo ThinkStation P5 Workstation Front 2
Lenovo ThinkStation P5 Workstation Front 2

It also looks fairly slick set on its side and the ports are actually labeled for this orientation.

Lenovo ThinkStation P5 Workstation Front
Lenovo ThinkStation P5 Workstation Front

On the front, we get three slots for flash media connectivity, and four USB 3.2 Gen2 10Gbps ports. Two are Type-A and two are Type-C. We also get a headset jack and a status LCD.

Lenovo ThinkStation P5 Workstation Front Ports 1
Lenovo ThinkStation P5 Workstation Front Ports 1

Of course, we get some branding, including the fact that our system has the Intel Xeon w7 inside.

Lenovo ThinkStation P5 Workstation Front Intel Xeon
Lenovo ThinkStation P5 Workstation Front Intel Xeon

Moving to the side, we get something exciting.

Lenovo ThinkStation P5 Workstation Front Angle
Lenovo ThinkStation P5 Workstation Front Angle

That is the way we open the chassis.

Lenovo ThinkStation P5 Workstation Side
Lenovo ThinkStation P5 Workstation Side

You push the bottom part of the latch/ handle in, and it releases the side panel. This is super slick and feels great if you come from workstations using most off-the-shelf cases.

Lenovo ThinkStation P5 Workstation Handle
Lenovo ThinkStation P5 Workstation Latch

Moving to the rear, we get a fairly standard setup with fans and rear I/O at the top, PCIe slots, and then a power supply.

Lenovo ThinkStation P5 Workstation Rear
Lenovo ThinkStation P5 Workstation Rear

Here is the system on the other set. That big black bar in the top middle is actually to hold keys to the chassis.

Lenovo ThinkStation P5 Workstation Rear 2
Lenovo ThinkStation P5 Workstation Rear 2

Here is the AC input to the power supply. If you have never seen Lenovo workstation power supplies, they are quite a bit different which we will show you inside.

Lenovo ThinkStation P5 Workstation AC Power Port
Lenovo ThinkStation P5 Workstation AC Power Port

Rear I/O is comprised of two audio jacks, an optional serial port, an Intel i219-based 1GbE port. There are then five USB Type-A ports with three of them being Gen3.2 Gen2 10Gbps ports. There is also a Type-C 20Gbps 2×2 port.

Lenovo ThinkStation P5 Workstation Rear IO
Lenovo ThinkStation P5 Workstation Rear IO

Then there are six PCIe I/O slots at the rear.

Lenovo ThinkStation P5 Workstation Rear IO Slots
Lenovo ThinkStation P5 Workstation Rear IO Slots

Next, let us get inside the system to see how it works.

6 COMMENTS

  1. I feel like they could have easily made the 1gbe NIC a 2.5 or 10gbe NIC but choose not to because it’s a little more expensive but is it that much more expensive? Is it the fear of cutting into their bottom line and we’ve gotten so complacent with 1gbe? Even if it’s an extra $10 I’d be willing to pay $10 more to upgrade the one network port from a 1gb to 10gb to save me from having to buy a pcie 10gb network card

  2. Just one thing I’d like to make a comment on around graphs. Something I caught out was that you flip the colours/key between the two different comparison graphs. aka CPU graph Lenovo is blue, but in the GPU graph it is now black.
    Can make it easy for misinterpretation of the data.

  3. Workstations that have faster onboard NICs also usually include a 1Gb linkas well for Intel AMT support or AMD DASH.

    It’s a shame that Lenovo cheaped out here, but clearly they thought there isn’t a large enough market to warrant a faster onboard card.

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