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EXACT IDENTIFIERS · CONNECTED TOOLS

IBM / GPUs & accelerators

Compare the fields actually recorded, preserve complete part-number suffixes and carry your choices into a local RFQ.

8-GPU compute node with NVLink cabling
8-GPU compute node with NVLink cabling
brand: ibmcategory: accelerators
IBMpart number
43V5909

IBM 43V5909 — GPUs & accelerators

Title-derived · capacity / module size
4GB
Title-derived · gpu/accelerator
Nvidia, Tesla

Title-derived fields · unverified

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IBMpart number
46C9081-NEW

IBM 46C9081-NEW — GPUs & accelerators

Title-derived · capacity / module size
785GB
Title-derived · controller/bus
PCIE

Title-derived fields · unverified

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IBMpart number
46C9082-NEW

IBM 46C9082-NEW — GPUs & accelerators

Title-derived · capacity / module size
785GB
Title-derived · controller/bus
PCIE

Title-derived fields · unverified

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IBMpart number
90Y2451

IBM 90Y2451 — GPUs & accelerators

Title-derived · capacity / module size
8GB
Title-derived · storage/interface
PCI-E 3.0
Title-derived · gpu/accelerator
Nvidia, Quadro

Title-derived fields · unverified

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IBMcatalog label
IBM 0A37598-LOW P — IBM Nvidia Quadro Nvs 295 Graphics Card 256MB 8 Cuda Cores Memory Interface 64 Bit GDDR3 Memory Bandwidth 11.2gb/S PCI-E 2.0 X16 ( 2 ) Two Displayports Mpc 23W Video Card

IBM IBM 0A37598-LOW P — IBM Nvidia Quadro Nvs 295 Graphics Card 256MB 8 Cuda Cores Memory Interface 64 Bit GDDR3 Memory Bandwidth 11.2gb/S PCI-E 2.0 X16 ( 2 ) Two Displayports Mpc 23W Video Card — GPUs & accelerators

Title-derived · capacity / module size
256MB
Title-derived · clock / cores / power
23W
Title-derived · gpu/accelerator
Nvidia, Quadro

Title-derived fields · unverified

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IBMcatalog label
IBM 0A37598-NO BRACKET — IBM Nvidia Quadro Nvs 295 Graphics Card 256MB 8 Cuda Cores Memory Interface 64 Bit GDDR3 Memory Bandwidth 11.2gb/S PCI-E 2.0 X16 ( 2 ) Two Displayports Mpc 23W Video Card

IBM IBM 0A37598-NO BRACKET — IBM Nvidia Quadro Nvs 295 Graphics Card 256MB 8 Cuda Cores Memory Interface 64 Bit GDDR3 Memory Bandwidth 11.2gb/S PCI-E 2.0 X16 ( 2 ) Two Displayports Mpc 23W Video Card — GPUs & accelerators

Title-derived · capacity / module size
256MB
Title-derived · clock / cores / power
23W
Title-derived · gpu/accelerator
Nvidia, Quadro

Title-derived fields · unverified

View details →
IBMcatalog label
IBM TESLA M1060-IBM — IBM Nvidia Tesla M1060 Computational Accelerator 4GB T10 Processor 240 Cuda Cores Memory Interface 512 Bit PCI-E 2.0 X16 General Purpose Graphics Processing Unit Gpgpu

IBM IBM TESLA M1060-IBM — IBM Nvidia Tesla M1060 Computational Accelerator 4GB T10 Processor 240 Cuda Cores Memory Interface 512 Bit PCI-E 2.0 X16 General Purpose Graphics Processing Unit Gpgpu — GPUs & accelerators

Title-derived · capacity / module size
4GB
Title-derived · gpu/accelerator
TESLA, Nvidia

Title-derived fields · unverified

View details →
01

GPU & AI infrastructure — the next decisions

IBM / GPU & AI infrastructure

GPU & AI infrastructure

Distinguish PCIe cards from integrated accelerator baseboards.

This guide adds the decisions, documents and next steps that support this page.

GPU platforms
GPU & AI infrastructure illustrative environment
02

Choose the right route

Training

Start with model size, precision, parallelism and dataset movement.

GPU platforms

Inference

Define request concurrency, latency target and model-memory footprint.

AI systems

GPU expansion

Check slot width, risers, auxiliary power and supported cooling.

GPU checklist
03

Details that change the configuration

Accelerator architecture

Distinguish PCIe cards from integrated accelerator baseboards.

Fabric & data path

Plan host networking, GPU interconnect and storage access separately.

Rack power & cooling

Request platform power requirements and facility cooling review.

04

From requirement to handover

  1. 01

    Define AI workload

  2. 02

    Size accelerator memory

  3. 03

    Review fabric & cooling

  4. 04

    Confirm supported BOM

A planning sequence, not a record of completed work.

05

Explore the relevant catalog

IBM

Recorded catalog identities

Counts show records in the site catalog. They do not represent stock, available quantities or verified compatibility.

Snapshot: 2026-09-15

06

Compare the buying requirements

GPU & AI infrastructure comparison brief
DecisionRecord in your briefEvidence to retain
Accelerator architectureDistinguish PCIe cards from integrated accelerator baseboards.Complete identifier and source revision
Fabric & data pathPlan host networking, GPU interconnect and storage access separately.Platform document or written clarification
Rack power & coolingRequest platform power requirements and facility cooling review.Offered-unit details and agreed scope
Open the comparison workspace
07

Build your readiness checklist

Your preparation progress

Tick items as you prepare them. This is your personal checklist, not a hardware validation.

0 / 4 prepared0

Saved in this browser when local storage is available.

08

A closer look at the hardware

GPU & AI infrastructure — Gpu Node Interior facility reference
Gpu Node Interior Explore
GPU & AI infrastructure — Nvlink Rack Scale facility reference
Nvlink Rack Scale Explore
1 / 2

Reference-based generated scenes; actual-unit photos are available only through an explicit unit-specific request. Related models are separate catalog records, not substitutes for the item on this page.

09

Keep the supporting material together

GPU checklist

Retain the supporting reference with your project brief.

Open resource
10

Turn the brief into the next step

IBM / GPU & AI infrastructure

Keep the requirement specific.

Workload and precision defined · Accelerator model and quantity named · Platform support documents requested · Power and cooling review assigned.