Performance and Memory for NVIDIA NeMo Retriever Reranking NIM#

To benchmark the performance of NVIDIA NeMo Retriever Reranking NIM, you can use the AIPerf tool.

To run a performance benchmark with representative input data, create a JSONL file where each line represents a ranking request with a query and one or more passages.

Example#

Create a file named rankings.jsonl that contains the following content.

{"texts": [{"name":"query","contents":["What was the first car ever driven?"]},{"name":"passages","contents":["The first car was driven in the late 19th century.","A steam-powered vehicle was demonstrated before gasoline automobiles became common."]}]}
{"texts": [{"name":"query","contents":["Who served as the 5th President of the United States of America?"]},{"name":"passages","contents":["James Monroe served as the fifth president of the United States.","George Washington was the first president of the United States."]}]}
{"texts": [{"name":"query","contents":["Is the Sydney Opera House located in Australia?"]},{"name":"passages","contents":["The Sydney Opera House is located in Sydney, Australia.","The Eiffel Tower is located in Paris, France."]}]}
{"texts": [{"name":"query","contents":["In what state did they film Shrek 2?"]},{"name":"passages","contents":["Principal voice recording for Shrek 2 took place in California.","DreamWorks Animation produced Shrek 2."]}]}

Install the verified AIPerf version in a Python environment that can reach the NIM endpoint.

pip install aiperf==0.9.0

Run the following command to benchmark the ranking endpoint by using AIPerf.

aiperf profile \
    --model nvidia/llama-nemotron-rerank-vl-1b-v2 \
    --endpoint-type nim_rankings \
    --url localhost:8000 \
    --input-file rankings.jsonl \
    --custom-dataset-type single_turn \
    --extra-inputs truncate:END \
    --request-count 20 \
    --concurrency 5

You can see the full set of command line options in the AIPerf command line options documentation.

Benchmarks#

All latency measurements are reported in milliseconds.

The previous AIPerf example benchmarks ranking requests using custom queries and passages. The benchmark tables use a separate synthetic AIPerf benchmark matrix for consistent SKU comparisons. The benchmark tables report measurements for the supported GPU SKUs and precisions that have benchmark data. For text rows, batch size is text passages per request and throughput is text passages per second. For image rows, batch size is image passages per request, image size is the generated JPEG resolution, and throughput is image passages per second.

Input Type

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

passage

514

40

1

160.8

160.7

162.4

163.3

246.1

image passage (1024x1024 JPEG)

1

1

34.2

34.2

34.5

34.6

29.2

passage

514

20

1

85.4

85.3

85.8

86.2

230.0

image passage (560x560 JPEG)

1

1

12.1

12.1

12.1

12.1

82.9

image passage (336x336 JPEG)

1

1

12.1

12.1

12.2

12.2

82.8

passage

515

10

1

40.5

40.5

40.8

40.8

236.8

image passage (1024x1024 JPEG)

1

3

88.6

89.2

90.4

90.5

11.3

passage

515

10

3

109.4

110.0

110.4

110.7

268.2

image passage (560x560 JPEG)

1

3

25.8

25.8

26.0

26.3

39.1

passage

514

40

3

445.9

450.1

453.0

454.0

265.4

image passage (336x336 JPEG)

1

3

26.0

26.1

26.3

26.3

38.7

passage

514

20

3

224.2

210.5

300.9

301.6

264.4

passage

514

20

5

370.7

379.5

420.4

524.7

264.0

passage

515

10

5

185.9

187.8

188.6

189.2

263.3

image passage (1024x1024 JPEG)

1

5

153.7

154.8

155.8

156.1

6.7

image passage (336x336 JPEG)

1

5

41.4

41.7

41.9

42.0

24.3

passage

514

40

5

737.6

751.9

755.9

756.5

265.1

image passage (560x560 JPEG)

1

5

41.1

41.2

41.5

41.8

24.8

Input Type

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

image passage (560x560 JPEG)

1

1

8.1

8.1

8.3

8.4

122.9

passage

514

40

1

83.2

83.1

84.2

84.3

470.5

passage

514

20

1

42.6

42.7

43.1

43.2

450.6

image passage (336x336 JPEG)

1

1

8.0

8.0

8.2

8.2

124.5

image passage (1024x1024 JPEG)

1

1

19.4

19.2

20.3

20.3

51.6

passage

515

10

1

30.6

30.8

31.1

31.1

310.2

passage

514

40

3

203.8

206.0

207.4

208.0

578.1

passage

514

20

3

90.1

83.0

120.9

121.7

648.8

image passage (1024x1024 JPEG)

1

3

43.5

43.6

44.0

44.1

23.2

image passage (336x336 JPEG)

1

3

14.0

14.0

14.1

14.2

72.0

image passage (560x560 JPEG)

1

3

13.7

13.7

14.0

14.1

73.3

passage

515

10

3

56.3

56.6

56.9

57.0

512.6

passage

515

10

5

75.7

75.8

76.8

77.2

633.8

passage

514

40

5

336.8

343.6

346.1

346.4

579.0

image passage (560x560 JPEG)

1

5

21.5

21.5

21.8

21.9

47.0

image passage (336x336 JPEG)

1

5

21.9

21.8

22.1

22.6

46.3

passage

514

20

5

149.4

154.4

168.7

209.1

650.4

image passage (1024x1024 JPEG)

1

5

74.8

75.1

76.1

76.8

13.7

Input Type

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

passage

515

10

1

37.0

37.0

37.5

37.6

259.9

passage

514

40

1

122.6

122.5

124.1

124.5

321.8

passage

514

20

1

64.9

64.9

65.5

65.6

300.1

image passage (336x336 JPEG)

1

1

9.5

9.5

9.6

9.6

105.6

image passage (1024x1024 JPEG)

1

1

27.1

27.2

27.6

27.6

36.9

image passage (560x560 JPEG)

1

1

9.5

9.5

9.6

9.7

104.9

passage

514

40

3

318.2

321.3

323.7

324.9

371.3

passage

515

10

3

84.7

85.0

86.1

86.6

344.6

image passage (336x336 JPEG)

1

3

18.1

18.0

18.2

18.5

55.6

passage

514

20

3

155.3

147.4

209.1

210.2

380.4

image passage (1024x1024 JPEG)

1

3

69.5

69.3

69.8

70.5

14.5

image passage (560x560 JPEG)

1

3

17.7

17.7

18.0

18.3

56.7

image passage (336x336 JPEG)

1

5

28.0

27.8

30.0

31.4

36.2

passage

514

20

5

255.3

263.8

287.9

357.0

382.4

image passage (1024x1024 JPEG)

1

5

122.0

122.5

123.3

130.5

8.3

passage

515

10

5

128.8

130.0

131.4

131.8

378.6

image passage (560x560 JPEG)

1

5

27.3

27.4

27.7

27.8

37.1

passage

514

40

5

530.4

540.6

544.2

545.1

368.2

Input Type

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

passage

514

40

1

277.9

277.8

280.3

281.0

143.0

passage

514

20

1

143.9

143.7

145.3

146.2

137.3

image passage (1024x1024 JPEG)

1

1

58.6

58.5

59.3

59.3

17.1

image passage (560x560 JPEG)

1

1

14.9

14.9

15.0

15.0

67.3

passage

515

10

1

64.6

64.6

65.6

65.9

151.3

image passage (336x336 JPEG)

1

1

14.7

14.7

14.8

14.8

68.2

passage

514

40

3

805.0

812.4

818.4

820.1

147.2

image passage (336x336 JPEG)

1

3

35.8

35.9

36.4

36.5

28.1

passage

514

20

3

412.6

386.3

553.5

554.9

144.1

image passage (1024x1024 JPEG)

1

3

173.5

174.8

175.4

175.6

5.8

image passage (560x560 JPEG)

1

3

35.3

35.6

36.1

36.3

28.4

passage

515

10

3

197.3

198.6

201.6

201.9

149.9

passage

514

20

5

689.2

707.0

783.5

798.3

142.3

image passage (1024x1024 JPEG)

1

5

279.4

279.1

280.3

281.8

3.6

passage

515

10

5

342.1

346.9

350.1

351.5

143.7

image passage (560x560 JPEG)

1

5

58.2

58.6

58.9

59.1

17.5

image passage (336x336 JPEG)

1

5

57.5

57.9

58.4

60.0

17.6

passage

514

40

5

1331.8

1357.9

1366.4

1368.6

147.0

Input Type

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

passage

514

40

1

275.8

275.8

279.2

280.3

144.4

passage

515

10

1

69.7

70.2

70.6

70.8

141.6

image passage (560x560 JPEG)

1

1

15.0

15.0

15.2

15.2

66.7

image passage (336x336 JPEG)

1

1

14.7

14.6

15.0

15.0

67.9

image passage (1024x1024 JPEG)

1

1

57.3

57.3

58.2

58.3

17.4

passage

514

20

1

144.1

143.8

145.8

146.8

137.9

passage

514

20

3

377.8

355.3

508.7

510.0

157.5

passage

514

40

3

762.2

769.7

775.7

777.6

155.6

image passage (336x336 JPEG)

1

3

35.9

36.2

36.5

36.6

28.1

passage

515

10

3

191.6

192.9

193.9

194.1

154.7

image passage (560x560 JPEG)

1

3

35.6

35.7

36.4

36.4

28.3

image passage (1024x1024 JPEG)

1

3

159.4

160.1

161.1

161.7

6.3

passage

514

40

5

1259.2

1284.2

1292.5

1296.4

155.5

passage

514

20

5

624.8

640.1

879.2

884.0

157.0

image passage (1024x1024 JPEG)

1

5

273.8

275.8

277.3

277.5

3.8

passage

515

10

5

315.7

319.7

321.4

321.7

155.5

image passage (336x336 JPEG)

1

5

58.5

59.0

59.6

59.7

17.3

image passage (560x560 JPEG)

1

5

57.5

57.8

58.8

59.3

17.7

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

33.0

31.0

37.0

37.0

307.3

512

10

3

62.0

63.0

72.0

74.0

474.9

512

10

5

103.0

104.0

113.0

116.0

471.7

512

20

1

57.0

59.0

64.0

65.0

351.1

512

20

3

124.0

123.0

139.0

140.0

475.7

512

20

5

206.0

207.0

227.0

230.0

477.7

512

40

1

99.0

99.0

109.0

110.0

402.8

512

40

3

244.0

248.0

261.0

267.0

483.4

512

40

5

405.0

414.0

429.0

434.0

483.7

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

40.0

39.0

43.0

44.0

250.4

512

10

3

88.0

89.0

96.0

104.0

337.7

512

10

5

145.0

148.0

153.0

154.0

337.1

512

20

1

71.0

74.0

78.0

79.0

280.1

512

20

3

171.0

172.0

184.0

187.0

345.0

512

20

5

284.0

288.0

305.0

310.0

345.3

512

40

1

129.0

129.0

139.0

140.0

309.5

512

40

3

341.0

346.0

358.0

361.0

347.5

512

40

5

565.0

575.0

592.0

601.0

347.2

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

58.0

58.0

61.0

61.0

170.8

512

10

3

149.0

150.0

159.0

204.0

197.8

512

10

5

246.0

250.0

257.0

260.0

198.8

512

20

1

119.0

117.0

123.0

124.0

168.5

512

20

3

315.0

319.0

325.0

326.0

187.9

512

20

5

523.0

532.0

540.0

540.0

187.5

512

40

1

234.0

234.0

242.0

243.0

171.1

512

40

3

652.0

661.0

670.0

674.0

181.6

512

40

5

1080.0

1101.0

1118.0

1120.0

181.4

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

78.0

78.0

80.0

80.0

128.2

512

10

3

205.0

207.0

210.0

212.0

144.8

512

10

5

340.0

346.0

354.0

357.0

144.0

512

20

1

158.0

157.0

162.0

163.0

126.8

512

20

3

430.0

436.0

443.0

446.0

137.2

512

20

5

716.0

728.0

739.0

744.0

136.9

512

40

1

312.0

312.0

320.0

321.0

128.0

512

40

3

886.0

896.0

907.0

910.0

134.0

512

40

5

1463.0

1492.0

1512.0

1515.0

134.0

512

40

5

1463.0

1492.0

1512.0

1515.0

134.0

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

74.0

74.0

79.0

80.0

134.8

512

10

3

185.0

188.0

202.0

244.0

157.3

512

10

5

311.0

315.0

325.0

329.0

157.6

512

20

1

139.0

137.0

149.0

150.0

143.5

512

20

3

371.0

373.0

394.0

398.0

159.8

512

20

5

615.0

622.0

644.0

648.0

159.5

512

40

1

267.0

266.0

286.0

290.0

149.8

512

40

3

744.0

752.0

788.0

799.0

159.1

512

40

5

1231.0

1252.0

1296.0

1316.0

159.0

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

79.0

79.0

84.0

85.0

126.4

512

10

3

203.0

206.0

217.0

271.0

144.5

512

10

5

339.0

346.0

354.0

358.0

144.4

512

20

1

151.0

151.0

160.0

161.0

132.0

512

20

3

405.0

411.0

428.0

435.0

145.4

512

20

5

672.0

685.0

710.0

717.0

145.5

512

40

1

289.0

287.0

307.0

310.0

138.2

512

40

3

811.0

817.0

842.0

851.0

146.3

512

40

5

1340.0

1357.0

1405.0

1412.0

146.2

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

230.0

229.0

240.0

244.0

43.5

512

10

3

639.0

644.0

667.0

675.0

46.5

512

10

5

1055.0

1076.0

1101.0

1107.0

46.4

512

20

1

447.0

442.0

464.0

468.0

44.7

512

20

3

1257.0

1276.0

1310.0

1320.0

46.9

512

20

5

2088.0

2126.0

2172.0

2185.0

46.9

512

40

1

877.0

879.0

902.0

906.0

45.6

512

40

3

2534.0

2566.0

2605.0

2617.0

46.7

512

40

5

4194.0

4273.0

4321.0

4339.0

46.7

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

190.0

187.0

197.0

199.0

52.7

512

10

3

534.0

543.0

554.0

557.0

55.2

512

10

5

888.0

907.0

924.0

925.0

55.2

512

20

1

383.0

384.0

395.0

397.0

52.1

512

20

3

1117.0

1134.0

1150.0

1153.0

53.0

512

20

5

1850.0

1885.0

1908.0

1916.0

53.0

512

40

1

768.0

768.0

785.0

787.0

52.1

512

40

3

2254.0

2279.0

2302.0

2308.0

52.7

512

40

5

3712.0

3795.0

3834.0

3839.0

52.7

Input tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

188.0

188.0

196.0

197.0

53.2

512

10

3

533.0

541.0

554.0

559.0

55.4

512

10

5

884.0

902.0

917.0

922.0

55.4

512

20

1

383.0

382.0

396.0

399.0

52.2

512

20

3

1119.0

1134.0

1147.0

1152.0

53.1

512

20

5

1848.0

1884.0

1910.0

1916.0

53.0

512

40

1

767.0

767.0

784.0

788.0

52.2

512

40

3

2245.0

2276.0

2301.0

2308.0

52.8

512

40

5

3714.0

3790.0

3825.0

3831.0

52.8

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

27.1

27.0

30.0

31.3

367.0

512

10

3

33.2

33.0

36.0

37.2

878.0

512

10

5

54.5

55.0

60.0

62.9

896.0

512

20

1

38.7

38.0

42.0

43.1

513.0

512

20

3

60.5

61.0

67.0

67.7

967.0

512

20

5

100.9

101.0

110.0

111.2

971.0

512

40

1

66.6

67.0

72.0

72.6

598.0

512

40

3

123.8

124.0

133.0

135.7

958.0

512

40

5

205.0

208.0

220.0

224.3

956.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

29.7

29.0

33.0

34.3

334.0

512

10

3

41.1

41.0

44.0

45.6

717.0

512

10

5

68.1

68.0

73.0

77.7

718.0

512

20

1

44.2

43.0

48.0

48.7

450.0

512

20

3

78.1

78.0

84.0

86.4

759.0

512

20

5

129.0

130.0

137.0

137.7

759.0

512

40

1

77.1

77.0

82.0

82.7

517.0

512

40

3

157.6

158.0

166.0

169.9

753.0

512

40

5

260.7

264.0

272.0

277.6

751.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

28.2

28.0

32.0

32.6

352.0

512

10

3

43.3

43.0

47.0

55.3

675.0

512

10

5

71.3

72.0

80.0

88.3

685.0

512

20

1

43.0

42.0

47.0

47.5

462.0

512

20

3

83.2

84.0

91.0

92.3

710.0

512

20

5

138.4

141.0

148.0

148.5

707.0

512

40

1

76.1

76.0

81.0

81.9

524.0

512

40

3

166.9

168.0

179.0

179.5

707.0

512

40

5

278.2

283.0

291.0

292.2

703.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

32.7

33.0

35.0

37.0

304.0

512

10

3

58.0

58.0

62.0

68.5

511.0

512

10

5

95.6

97.0

104.0

113.9

510.0

512

20

1

53.7

54.0

58.0

58.7

371.0

512

20

3

114.1

116.0

124.0

125.9

515.0

512

20

5

191.0

195.0

204.0

204.9

513.0

512

40

1

96.1

96.0

103.0

104.6

415.0

512

40

3

232.1

236.0

246.0

247.9

506.0

512

40

5

387.5

396.0

409.0

413.3

505.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

39.7

38.0

52.0

53.9

251.0

512

10

3

67.2

67.0

70.0

74.3

441.0

512

10

5

111.0

112.0

117.0

120.1

440.0

512

20

1

70.8

71.0

75.0

78.2

282.0

512

20

3

146.8

148.0

153.0

153.9

404.0

512

20

5

242.8

246.0

251.0

253.1

403.0

512

40

1

134.2

133.0

144.0

145.2

297.0

512

40

3

305.4

307.0

314.0

316.2

389.0

512

40

5

504.5

513.0

522.0

527.0

388.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

53.7

51.0

66.0

68.1

186.0

512

10

3

105.4

106.0

109.0

110.8

280.0

512

10

5

175.5

178.0

184.0

186.3

279.0

512

20

1

94.5

95.0

99.0

100.1

211.0

512

20

3

218.6

222.0

228.0

229.5

270.0

512

20

5

364.1

370.0

377.0

379.9

269.0

512

40

1

186.6

185.0

195.0

198.8

214.0

512

40

3

459.2

462.0

470.0

472.0

258.0

512

40

5

759.3

773.0

785.0

787.0

258.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

47.8

47.0

53.0

58.0

209.0

512

10

3

96.3

96.0

102.0

109.3

305.0

512

10

5

160.0

161.0

167.0

181.6

306.0

512

20

1

83.0

84.0

88.0

89.3

240.0

512

20

3

192.4

194.0

201.0

204.7

309.0

512

20

5

317.6

323.0

331.0

334.2

308.0

512

40

1

156.4

156.0

164.0

165.4

255.0

512

40

3

380.9

384.0

401.0

405.1

309.0

512

40

5

632.9

641.0

658.0

671.0

310.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

124.7

125.0

131.0

132.9

80.0

512

10

3

326.5

330.0

338.0

339.4

91.0

512

10

5

542.0

552.0

562.0

565.1

90.0

512

20

1

238.0

238.0

245.0

246.1

84.0

512

20

3

656.1

662.0

672.0

675.0

91.0

512

20

5

1084.7

1105.0

1119.0

1120.6

90.0

512

40

1

469.6

470.0

476.0

478.6

85.0

512

40

3

1308.2

1330.0

1345.0

1346.8

90.0

512

40

5

2173.5

2219.0

2235.0

2240.1

90.0

Input Tokens

Batch Size

Concurrency

Avg Latency

P50 Latency

P90 Latency

P95 Latency

Throughput (inputs/s)

512

10

1

136.5

137.0

140.0

143.2

73.0

512

10

3

379.0

384.0

392.0

393.7

78.0

512

10

5

627.5

640.0

649.0

651.9

78.0

512

20

1

275.9

276.0

282.0

285.2

72.0

512

20

3

786.4

795.0

806.0

809.3

76.0

512

20

5

1298.2

1324.0

1339.0

1342.5

75.0

512

40

1

549.2

549.0

558.0

559.7

73.0

512

40

3

1567.2

1594.0

1609.0

1610.5

75.0

512

40

5

2603.4

2654.0

2677.0

2684.0

75.0

Memory Footprint#

The following table provides the set of valid configurations and the associated approximate memory footprints for the model. For llama-nemotron-rerank-vl-1b-v2, use the optimized SKU table in Support Matrix for NVIDIA NeMo Retriever Reranking NIM to determine which precision is supported for a release GPU SKU.

Llama Nemotron Rerank VL 1B v2#

Compute Capability

Precision

Approximate GPU Memory Size (GiB)

12.0

fp8

6.09

10.0

fp8

6.21

9.0

fp8

6.12

8.0

fp16

5.67

Llama Nemotron Rerank 1B#

Compute Capability

Precision

Approximate GPU Memory Size (GiB)

12.0

fp8

3.68

12.0

fp16

7.59

10.0

fp8

3.91

10.0

fp16

6.69

9.0

fp8

3.65

9.0

fp16

6.51

8.9

fp8

3.56

8.9

fp16

5.84

8.6

fp16

6.06

8.0

fp16

6.53

Llama Nemotron Rerank 500m#

GPU

Precision

Max Batch Size

Max Sequence Length

Approximate GPU Memory Size (GiB)

a100-sxm4-40gb

fp16

1

8192

2.53

a100-sxm4-40gb

fp16

8

8192

9.63

a100-sxm4-40gb

fp16

16

8192

18.25

a100-sxm4-40gb

fp16

30

1024

5.19

a100-sxm4-40gb

fp16

30

2048

8.65

a100-sxm4-40gb

fp16

30

4096

16.27

a100-sxm4-40gb

fp16

30

8192

32.91

a100-sxm4-80gb

fp16

1

8192

2.53

a100-sxm4-80gb

fp16

8

8192

9.63

a100-sxm4-80gb

fp16

16

8192

18.25

a100-sxm4-80gb

fp16

30

1024

5.19

a100-sxm4-80gb

fp16

30

2048

8.65

a100-sxm4-80gb

fp16

30

4096

16.27

a100-sxm4-80gb

fp16

30

8192

32.91

a10g

fp16

1

8192

2.78

a10g

fp16

8

8192

9.88

a10g

fp16

16

1024

3.66

a10g

fp16

16

2048

5.5

a10g

fp16

16

4096

9.38

a10g

fp16

16

8192

18.0

h100-hbm3-80gb

fp8

1

8192

1.4

h100-hbm3-80gb

fp8

8

8192

4.5

h100-hbm3-80gb

fp8

16

8192

8.04

h100-hbm3-80gb

fp8

30

1024

2.16

h100-hbm3-80gb

fp8

30

2048

3.58

h100-hbm3-80gb

fp8

30

4096

6.66

h100-hbm3-80gb

fp8

30

8192

14.21

h100-hbm3-80gb

fp16

1

8192

3.04

h100-hbm3-80gb

fp16

8

8192

10.38

h100-hbm3-80gb

fp16

16

8192

18.75

h100-hbm3-80gb

fp16

30

1024

5.69

h100-hbm3-80gb

fp16

30

2048

9.15

h100-hbm3-80gb

fp16

30

4096

16.77

h100-hbm3-80gb

fp16

30

8192

33.41

h100-nvl

fp8

1

8192

1.4

h100-nvl

fp8

8

8192

4.5

h100-nvl

fp8

16

8192

8.04

h100-nvl

fp8

30

1024

2.16

h100-nvl

fp8

30

2048

3.58

h100-nvl

fp8

30

4096

6.66

h100-nvl

fp8

30

8192

14.21

h100-nvl

fp16

1

8192

3.04

h100-nvl

fp16

8

8192

10.38

h100-nvl

fp16

16

8192

18.75

h100-nvl

fp16

30

1024

5.69

h100-nvl

fp16

30

2048

9.15

h100-nvl

fp16

30

4096

16.77

h100-nvl

fp16

30

8192

33.41

l4

fp16

1

8192

2.27

l4

fp16

8

8192

9.81

l4

fp16

16

1024

3.5

l4

fp16

16

2048

5.38

l4

fp16

16

4096

9.31

l4

fp16

16

8192

18.06

l40s

fp8

1

8192

1.52

l40s

fp8

8

8192

4.5

l40s

fp8

16

8192

8.03

l40s

fp8

30

1024

2.16

l40s

fp8

30

2048

3.58

l40s

fp8

30

4096

6.65

l40s

fp8

30

8192

14.21

l40s

fp16

1

8192

2.6

l40s

fp16

8

8192

9.69

l40s

fp16

16

8192

17.81

l40s

fp16

30

1024

5.14

l40s

fp16

30

2048

8.59

l40s

fp16

30

4096

15.86

l40s

fp16

30

8192

32.03