Wednesday, September 3rd 2025

Intel Arc Pro B50 GPU Arrives at $349 for Small-Form-Factor Workstations

Intel has officially shipped its Arc "Battlemage" Pro B50 GPU for workstations to reviewers, demonstrating what the BMG-G21 silicon is capable of in the tiny, small-form-factor body. Carrying only 16 Xe2 cores, the GPU is paired with 16 GB of GDDR6 memory running at 14 Gbps, on a 128-bit bus. This produces about 224 GB/s of memory bandwidth, enough to keep 16 Xe2 cores busy. Since the total board power of Arc Pro B50 is 70 W, there are no external power connections, and it is powered entirely using the PCIe slot, which runs at Gen 5 and uses only x8 lanes for signal. The card is a dual-slot design, but built as a low-profile model.

Intel has designed the Arc Pro series for various GPU-accelerated workflows, such as AI, design, engineering, architectural, and manufacturing software. All of that comes with a workstation-focused, validated, and robust graphics driver. Intel claims that the GPU achieves 170 TOPS of INT8 compute and is suitable for local AI work. The card outputs four mini DisplayPort outputs. For pricing, it ships with an MSRP of $349, which will be available as a standalone package or a part of an OEM system. Below are Intel's official performance figures:
Performance from reviews is available from only three tech media websites, and it includes HardwareLuxx, Phoronix, and Igor's LAB. You can check out their respective reviews for more details on benchmarks and results.
Source: via VideoCardz
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25 Comments on Intel Arc Pro B50 GPU Arrives at $349 for Small-Form-Factor Workstations

#2
overclockedamd
Wow that's looking like really solid performance vs the Competition. Kudos Intel. Also "Plus there is the forthcoming SR-IOV support and other Arc Pro enhancements coming to the open-source Linux graphics driver stack via Project Battlematrix." SR-IOV on such a cheap card is interesting.

*edit* btw its 16gb not 24gb as the OP states. The B60 is 24gb.
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#3
Squared
overclockedamdWow that's looking like really solid performance vs the Competition. Kudos Intel. Also "Plus there is the forthcoming SR-IOV support and other Arc Pro enhancements coming to the open-source Linux graphics driver stack via Project Battlematrix." SR-IOV on such a cheap card is interesting.

*edit* btw its 16gb not 24gb as the OP states. The B60 is 24gb.
I was about to say that's an incredible value $350 for 24 GB but it's just 16 GB. Still it's a good value; a workstation GPU for less than the 16 GB RX 8600 XT RX 9060 XT.
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#4
dgianstefani
TPU Proofreader
SquaredI was about to say that's an incredible value $350 for 24 GB but it's just 16 GB. Still it's a good value; a workstation GPU for less than the 16 GB RX 8600 XT RX 9060 XT.
It's not that much cheaper than the 16 GB 5060 Ti which has the CUDA advantage besides being much faster.

Still interesting as a slot powered Battlemage card.

Updated the article with correct specifications of memory bus and size.
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#5
LastDudeALive
On one hand, comparing it to the A1000 is kind of unfair, since the A1000 is an 8GB Ampere GPU. On the other hand, Nvidia is selling an 8GB Ampere GPU for $430.
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#6
lambda
This needs to be a single slot card.

I don't like the pricing either, should be cheaper.
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#7
overclockedamd
lambdaThis needs to be a single slot card.

I don't like the pricing either, should be cheaper.
The B50 isn’t trying to be a single-slot card or a gamer’s bargain bin pickup — it’s a workstation part built for a specific form factor. At 70 W, dual-slot cooling makes sense for stability and noise, especially in pro environments. The real story is that it’s slot-powered, ships with 16 GB of VRAM, and comes in at $349 — which is aggressive compared to Nvidia’s 8 GB A1000 at $430. Add in workstation drivers and upcoming SR-IOV support, and the price/performance/features balance is actually very strong for what it’s meant to be.
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#8
Solaris17
Super Dainty Moderator
overclockedamdThe B50 isn’t trying to be a single-slot card or a gamer’s bargain bin pickup — it’s a workstation part built for a specific form factor. At 70 W, dual-slot cooling makes sense for stability and noise, especially in pro environments. The real story is that it’s slot-powered, ships with 16 GB of VRAM, and comes in at $349 — which is aggressive compared to Nvidia’s 8 GB A1000 at $430. Add in workstation drivers and upcoming SR-IOV support, and the price/performance/features balance is actually very strong for what it’s meant to be.
I already run A40’s on server 2025 and they support SR-IOV perfect it’s really been such a nice bargain, to gamers these cards are bad because %screaching% but man it’s so cheap to step into a server OS with approved drivers and shit just works, for under $6k? Without registry or software fuck shit? Sign me up.
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#9
lambda
overclockedamdThe B50 isn’t trying to be a single-slot card or a gamer’s bargain bin pickup — it’s a workstation part built for a specific form factor. At 70 W, dual-slot cooling makes sense for stability and noise, especially in pro environments. The real story is that it’s slot-powered, ships with 16 GB of VRAM, and comes in at $349 — which is aggressive compared to Nvidia’s 8 GB A1000 at $430. Add in workstation drivers and upcoming SR-IOV support, and the price/performance/features balance is actually very strong for what it’s meant to be.
I already have the Nvidia counterparts, I need it to be a single slot card to replace the aging P1000 and the T1000 in 1L miniPCs from the likes of Lenovo, Dell, HP etc..

x1000 cards from Nvidia are almost always single slot and this card could possibly be as well.

I like the featureset so far and I'll probably pick one up to play around with.

Something with 1.5x the compute , 2x VRAM and 2x memory bandwidth at $549 ± 50 would be an insane value.

I do not intend to use it for gaming, maybe I should've been clear about that.
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#10
aktpu
I have Streacom DB4 gathering dust on the shelf. This might be the GPU for revitalizing that build
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#11
igormp
Cool. Now where's the dual B60?
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#12
overclockedamd
lambdaSomething with 1.5x the compute , 2x VRAM and 2x memory bandwidth at $549 ± 50 would be an insane value.
My friend, you’ve basically described the upcoming B60 exactly — 1.5× the compute, 24 GB VRAM, and nearly 2× the bandwidth compared to the B50. It’s right in that ~$500–550 window too. That’s the one I’ve got my eye on as well.

*edit* alas if only single slot but hey I will take what I can get.
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#13
lambda
overclockedamdMy friend, you’ve basically described the upcoming B60 exactly — 1.5× the compute, 24 GB VRAM, and nearly 2× the bandwidth compared to the B50. It’s right in that ~$500–550 window too. That’s the one I’ve got my eye on as well.
Yeah, I'm dumb, I just came across it ... again. I knew about the Dual B60 cards but forgot about the single GPUs.

www.phoronix.com/review/intel-arc-pro-b50-linux
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#14
Dwarden
not bad in sense, finally good memory size ...
but then you wonder why Intel refused to release 16GB VRAM desktop model ...
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#15
LastDudeALive
Dwardennot bad in sense, finally good memory size ...
but then you wonder why Intel refused to release 16GB VRAM desktop model ...
They released 10GB and 12GB models, which are more than sufficient for the low-end 1080p market they're for. The BMG-G21 chip in the B570 and B580 has a 192-bit bus, so no realistic option for 16GB of VRAM, unless you cut down the bus down to 128-bit and clamshell memory, which is just foolish.

Presumably, this B50 is a smaller chip with a 128-bit bus (maybe a future B380?). Clamshell memory is standard for low-end professional cards like this which needs VRAM capacity without paying for more bandwidth with a wider bus.
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#16
Squared
LastDudeALiveThey released 10GB and 12GB models, which are more than sufficient for the low-end 1080p market they're for. The BMG-G21 chip in the B570 and B580 has a 192-bit bus, so no realistic option for 16GB of VRAM, unless you cut down the bus down to 128-bit and clamshell memory, which is just foolish.

Presumably, this B50 is a smaller chip with a 128-bit bus (maybe a future B380?). Clamshell memory is standard for low-end professional cards like this which needs VRAM capacity without paying for more bandwidth with a wider bus.
The B570 has a 160-bit bus.
www.intel.com/content/www/us/en/products/sku/241676/intel-arc-b570-graphics/specifications.html

And I just checked the B50; your presumption of a 128-bit bus is right.
www.intel.com/content/www/us/en/products/sku/242615/intel-arc-pro-b50-graphics/specifications.html
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#17
LastDudeALive
SquaredThe B570 has a 160-bit bus.
The BMG-G21 chip has a 192-bit bus, which is cut down during binning to 160-bit for the B570. I'm saying that Intel couldn't release a 16GB consumer model without cutting that down even more to 128-bit and adding clamshell memory (which is just wasting perfectly good GPUs and reducing bandwidth/performance for no gain), or making a larger chip with a 256-bit bus (which they probably will at some point for a B750/B770).
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#18
Readlight
Something like RX460 for old motherboards.
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#20
PLAfiller
Very sluggish release, I wanted this card, but they didn't keep the expected launch at Q3 nor previously mentioned $299 MSRP.

Comparison is with RTX A1000, while the RTX A2000 6GB version is dirt cheap on the 2nd hand market. If you don't need the VRAM for AI might as well get an used A2000 and draw in CAD like an animal :D

What I really don't understand is how this card differs from B580? Apart from VRAM and form factor it's the same XESS technology, might as well certify B580 for Autodesk inventor as they did with their gaming card A770 last generation.

It's a pre-order period now, actual release is scheduled for 18 Sep.

Pre-order: BH, Newegg for example in US.

Review.
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#21
Mrgravia
PLAfillerVery sluggish release, I wanted this card, but they didn't keep the expected launch at Q3 nor previously mentioned $299 MSRP.

Comparison is with RTX A1000, while the RTX A2000 6GB version is dirt cheap on the 2nd hand market. If you don't need the VRAM for AI might as well get an used A2000 and draw in CAD like an animal :D

What I really don't understand is how this card differs from B580? Apart from VRAM and form factor it's the same XESS technology, might as well certify B580 for Autodesk inventor as they did with their gaming card A770 last generation.

It's a pre-order period now, actual release is scheduled for 18 Sep.

Pre-order: BH, Newegg for example in US.

Review.
The low profile format is pretty useful for a lot of workstation or homelab setups. I don't think there are any other 16gb low profile options for this gen ether.

Also raises hope of a Low profile gpu for the Arc B lineup. Sorely needed, as currently we only have the RTX5050 and RTX 5060 8 gb cards. Would die for a replacement for the aging and anemic A380.
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#22
LastDudeALive
PLAfillerWhat I really don't understand is how this card differs from B580? Apart from VRAM and form factor it's the same XESS technology, might as well certify B580 for Autodesk inventor as they did with their gaming card A770 last generation.
Physically, it's probably a smaller chip than the BMG-G21 inside the B580 and B570. 128-bit bus, lower Xe2 core count. Or this is an extremely cut-down version of the BMG-G21.

As for certification, my guess is they devoted the time/resources it takes to go through that process to their professional GPU first, and the consumer cards will come in a bit.
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#23
Scrizz
PLAfillerVery sluggish release, I wanted this card, but they didn't keep the expected launch at Q3 nor previously mentioned $299 MSRP.
AFAIK we're still in Q3...
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#24
Wye
  1. Intel competition on the low range of the market.
  2. Small-Form-Factor Workstations
Wow, that is so sad.
Very sad.
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#25
DomPazz
I'M excited for this, though the A1000 Amp is a bad comparison on everything but cost. This should really be up against the 2-slot, 70W, A2000 Ada with 16G. This is half the cost of the A2000 Ada, but I'm curious about the actual performance difference.
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