GLM-5.2 hardware requirements
Needs at least 8 GPUs at BF16 (Instinct MI355X OAM). For 1,000 tokens/s at 32k context you need 16 x Instinct MI300X 192GB at $38.24/hr.
Top options for GLM-5.2
The strongest part each vendor offers for GLM-5.2 at BF16 with 32,768 tokens per user, rentable parts first. Each card is one replica, the fewest accelerators that hold the model, and the line it draws on the graph below. Select a card to plot it.
Tokens per second as users grow
Each line is one replica, the fewest accelerators that hold the model, serving more users at once. It climbs while memory bandwidth is the limit, flattens once compute is, and stops where memory runs out at 32,768 tokens per user. Hover a line to bring it forward.
16 x GB200 NVL72 GPU 186GB: peaks at 4.3k tokens per second when memory fills at 459 users.8 x Instinct MI355X OAM: peaks at 2.1k tokens per second when memory fills at 241 users.16 x Ascend 910C: peaks at 1.1k tokens per second when memory fills at 154 users.16 x Gaudi 3 128GB: peaks at 1.7k tokens per second when memory fills at 154 users.16 x TPU v7 192GB: peaks at 4.0k tokens per second when memory fills at 490 users.
Memory fills at: 16 x GB200 NVL72 GPU 186GB 459 users, 8 x Instinct MI355X OAM 241 users, 16 x Ascend 910C 154 users, 16 x Gaudi 3 128GB 154 users, 16 x TPU v7 192GB 490 users. Roofline estimates at BF16.
Bare minimum
- Tokens/s
- 481
- Per hour
- $47.92
- Per million tokens
- $27.69
- Memory used
- 68%
- Tokens/s
- 358
- Per hour
- $30.40
- Per million tokens
- $23.56
- Memory used
- 76%
- Tokens/s
- 1.0k
- Per hour
- $38.24
- Per million tokens
- $10.40
- Memory used
- 54%
Configurations
Every datacenter GPU in the catalog, sized for these settings. Change precision, context and concurrency and the whole page follows. Each point is one replica: the smallest tensor-parallel group of that GPU that holds the model.
8 x Instinct MI355X OAM: 931 tokens/s per replica at $47.92/hr.8 x GB300 NVL72 GPU 288GB: 929 tokens/s per replica at $99.36/hr.16 x GB200 NVL72 GPU 186GB: 1.6k tokens/s per replica at $168/hr.8 x Instinct MI350X OAM: 911 tokens/s per replica at $49.28/hr.8 x B300 SXM 262GB: 905 tokens/s per replica at $39.92/hr.16 x B200 SXM 180GB: 1.6k tokens/s per replica at $65.44/hr.8 x Instinct MI325X OAM: 631 tokens/s per replica at $30.40/hr.16 x Instinct MI300X 192GB: 1.0k tokens/s per replica at $38.24/hr.16 x H200 SXM 141GB: 876 tokens/s per replica at $39.68/hr.16 x H200 NVL 141GB: 827 tokens/s per replica at $57.82/hr.
Priced configurations only; 20 more fit without a live price and appear in the table. Marker size grows with the tensor-parallel width. Roofline estimates.
| Rent | |||
|---|---|---|---|
| 4 | 1.3k tok/s | Specs → | |
| 8 | 2.2k tok/s | Specs → | |
TPU 8t announced | 8 | ~828 tok/s | Specs → |
TPU 8i announced | 8 | ~984 tok/s | Specs → |
| 8 | 931 tok/s | Rent → | |
| 8 | 929 tok/s | Rent → | |
GB200 NVL72 GPU 186GB 2 nodes | 16 | 1.6k tok/s | Rent → |
| 8 | 911 tok/s | Rent → | |
TPU v7 192GB 2 nodes | 16 | 1.5k tok/s | Specs → |
Instinct MI430X OAM announced | 4 | ~944 tok/s | Specs → |
| 8 | 905 tok/s | Rent → | |
B200 SXM 180GB 2 nodes | 16 | 1.6k tok/s | Rent → |
| 8 | 1.3k tok/s | Specs → | |
B100 SXM 192GB 2 nodes | 16 | 1.5k tok/s | Specs → |
| 8 | ~1.2k tok/s | Specs → | |
| 8 | 631 tok/s | Rent → | |
Instinct MI300X 192GB 2 nodes | 16 | 1.0k tok/s | Rent → |
| 8 | 754 tok/s | Specs → | |
H200 SXM 141GB 2 nodes | 16 | 876 tok/s | Rent → |
Data Center GPU Max 1550 128GB 2 nodes | 16 | 638 tok/s | Specs → |
H200 NVL 141GB 2 nodes | 16 | ~827 tok/s | Rent → |
| 16 | 619 tok/s | Specs → | |
| 16 | 627 tok/s | Specs → | |
| 16 | 328 tok/s | Specs → | |
Gaudi 3 128GB 2 nodes | 16 | 819 tok/s | Specs → |
| 16 | ~131 tok/s | Specs → | |
| 16 | 285 tok/s | Specs → | |
MI250X 128GB 2 nodes | 16 | 480 tok/s | Specs → |
Instinct MI250 128GB 2 nodes | 16 | 467 tok/s | Specs → |
H20 141GB HBM3e 2 nodes | 16 | 295 tok/s | Specs → |
By vendor
At BF16 the NVIDIA pick is 16 x B200 SXM 180GB at about 1.6k tokens/s for $65.44/hr; the AMD pick is 16 x Instinct MI300X 192GB at about 1.0k tokens/s for $38.24/hr. Per rental dollar AMD delivers 1.13x the tokens of NVIDIA here.
NVIDIA: 23.7 tokens/s per dollar, 97.0 tokens/s per kW (16 x B200 SXM 180GB).AMD: 26.7 tokens/s per dollar, 85.1 tokens/s per kW (16 x Instinct MI300X 192GB).Huawei: no live price, no power figure (16 x Ascend 950DT).Intel: no live price, 56.9 tokens/s per kW (16 x Gaudi 3 128GB).Google: no live price, no power figure (16 x TPU v7 192GB).Other: no live price, 54.7 tokens/s per kW (16 x Cloud AI 100 Ultra).
Fleet what-if
Compare whole fleets at these settings: a thousand of one part against a hundred of another. Each fleet splits into replicas of its tensor-parallel width; GPUs left over sit idle.
| Fleet | Tokens/s |
|---|---|
1,008 x H200 SXM 141GB | 55k tok/s |
112 x GB200 NVL72 GPU 186GB | 11k tok/s |
1,008 x H200 SXM 141GB: 55k tokens/s, $2,500/hr, 706 kW.112 x GB200 NVL72 GPU 186GB: 11k tokens/s, $1,176/hr, no power figure.
H200 SXM 141GB: 55k tokens/s at 1008 GPUs.GB200 NVL72 GPU 186GB: 103k tokens/s at 1008 GPUs.
Size GLM-5.2 for a tokens per second target
The calculator starts from your traffic instead of a fleet: set a target rate and read the replica count for every GPU.
Frequently asked questions
How much GPU memory does GLM-5.2 need?
The weights take 1,507 GB at the native BF16 precision (1,507 GB at BF16, 753 GB at FP8, 424 GB at INT4). Each concurrent stream adds 88 KB of KV cache per token: 0.4 GB at 4,096 tokens and 2.9 GB at 32,768 tokens.
What is the bare minimum to run GLM-5.2?
8 x Instinct MI355X OAM at BF16 with 4,096 tokens of context and one stream. The cheapest live rental for that footprint is 8 x Instinct MI325X OAM at $30.40 per hour.
How many H100s do you need to run GLM-5.2?
more than sixteen H100s at BF16 for 4,096 tokens of context and one stream. For 32,768 tokens and 32 concurrent streams the tensor-parallel group is more than sixteen H100s.
How much does GLM-5.2 cost per million tokens on an H100?
No live H100 rental price is on file right now, so the cost per token cannot be quoted. The configuration table lists every part that has one.
What precision does GLM-5.2 ship in?
The published checkpoint is BF16. FP8 and INT4 figures describe post-training quantisations that halve and quarter the footprint at a small accuracy cost.
All figures are roofline estimates from the model's config.json and each GPU's published memory, bandwidth and tensor-core peak, with fixed efficiency factors. Prices are the cheapest live on-demand listing per GPU when the site has one. They are a planning floor; a tuned serving stack can do better. Active parameters computed from the expert geometry, net of the multi-token-prediction layer. A sparse-attention indexer sits over the MLA cache; the cache figure ignores the indexer.


