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Vultr High Performance Intel (1 GB) vs. Vultr High Performance AMD (2 GB)

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My friend, I'm so glad you're here! Today I've got brand new instances from Vultr and ran my world famous suite of benchmarking scripts. All instances were spun up with Ubuntu 26.04 LTS x64 and were created in the New York area (or close to it). Enough talk. Here's the data.

Overview

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Last Benchmarked Wed, 08 Jul 2026 02:40:21 GMT Wed, 08 Jul 2026 02:39:36 GMT
Linux Distro Ubuntu 26.04 LTS x64 Ubuntu 26.04 LTS x64
Kernel Version 7.0.0-27-generic 7.0.0-27-generic
MySQL Version 8.4.10-0ubuntu0.26.04.1 8.4.10-0ubuntu0.26.04.1
Redis Version 8.0.5 8.0.5
Location Newark, NJ Newark, NJ
Monthly Price $6.00 $12.00
RAM (GB) 1 2
CPU Cores 1 1
Storage (TB) 25 50
Storage Type NVMe NVMe
Transfer (TB) 2 3

Head-to-head

Category winners from the latest benchmarks.

CategoryWinner
CPU (events/sec)Vultr – High Performance AMD (2 GB)
Memory (read MiB/s)Vultr – High Performance AMD (2 GB)
Disk I/O (MiB/s)Vultr – High Performance Intel (1 GB)
MySQL (read/write tps)Vultr – High Performance AMD (2 GB)
Redis (GET/sec)Vultr – High Performance AMD (2 GB)
Value (CPU events per $/mo)Vultr – High Performance AMD (2 GB)

Vultr – High Performance AMD (2 GB) takes 5 of 6 categories.

CPU

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Vendor GenuineIntel AuthenticAMD
Model Name Intel Xeon Processor (Cascadelake) AMD EPYC-Genoa Processor
Clock Speed (MHz) 2,893.20 2,899.98
CPU Cache Size (KB) 16,384.00 1,024.00
BogoMips 5,786.40 5,799.96
Events per Second 1,049.60 4,293.15
Minimum Latency (ms) 0.9 0.22
Average Latency (ms) 0.95 0.23
Maximum Latency (ms) 4.73 2.33
95th Percentile Latency (ms) 1.12 0.24

Memory

Memory Read

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Operations per second 5,247,794.58 7,457,004.06
Mebibytes per second 5,124.80 7,282.23
Minimum Latency (ms) 0 0
Average Latency (ms) 0 0
Maximum Latency (ms) 2.07 2.17
95th Percentile Latency (ms) 0 0

Memory Write

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Operations per second 5,230,407.37 7,502,263.36
Mebibytes per second 5,107.82 7,326.43
Minimum Latency (ms) 0 0
Average Latency (ms) 0 0
Maximum Latency (ms) 1.11 0.28
95th Percentile Latency (ms) 0 0

File I/O

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Reads per Second 4,064.54 3,916.21
Writes per Second 2,709.66 2,610.81
Fsyncs per Second 8,672.51 8,364.68
Read Mebibytes per Second 63.51 61.19
Written Mebibytes per Second 42.34 40.79
Minimum Latency (ms) 0 0
Average Latency (ms) 0.06 0.07
Maximum Latency (ms) 6.95 5.02
95th Percentile Latency (ms) 0.19 0.19

Mutex

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Minimum Latency (ms) 1,611.76 1,237.81
Average Latency (ms) 1,623.75 1,242.33
Maximum Latency (ms) 1,635.20 1,247.99
95th Percentile Latency (ms) 1,648.20 1,258.08

MySQL

MySQL Read-only

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 8,324.00 14,686.00
Queries per second 83,240.00 146,860.00
Minimum Latency (ms) 1.06 0.65
Average Latency (ms) 1.2 0.68
Maximum Latency (ms) 5.85 4.21
95th Percentile Latency (ms) 1.5 0.72

MySQL Write-only

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 9,781.00 12,995.00
Queries per second 97,810.00 129,950.00
Minimum Latency (ms) 0.77 0.63
Average Latency (ms) 1.02 0.77
Maximum Latency (ms) 10.58 7.62
95th Percentile Latency (ms) 1.39 0.89

MySQL Read/Write

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 4,006.00 6,399.00
Queries per second 40,060.00 63,990.00
Minimum Latency (ms) 2.02 1.38
Average Latency (ms) 2.49 1.56
Maximum Latency (ms) 8.48 12.47
95th Percentile Latency (ms) 3.13 1.73

MySQL INSERT

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 17,670.00 20,372.00
Queries per second 176,700.00 203,720.00
Minimum Latency (ms) 0.42 0.43
Average Latency (ms) 0.56 0.49
Maximum Latency (ms) 8.68 2.44
95th Percentile Latency (ms) 0.72 0.58

MySQL Bulk INSERT

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 1,317,592.00 2,482,592.00
Queries per second 13,175,920.00 24,825,920.00
Minimum Latency (ms) 0 0
Average Latency (ms) 0.01 0
Maximum Latency (ms) 320.74 190.53
95th Percentile Latency (ms) 0 0

MySQL SELECT

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 214,470.00 387,870.00
Queries per second 2,144,700.00 3,878,700.00
Minimum Latency (ms) 0.04 0.02
Average Latency (ms) 0.05 0.03
Maximum Latency (ms) 3.23 0.88
95th Percentile Latency (ms) 0.07 0.03

MySQL SELECT (Random Points)

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 5,913.00 11,757.00
Queries per second 59,130.00 117,570.00
Minimum Latency (ms) 0.53 0.24
Average Latency (ms) 1.69 0.85
Maximum Latency (ms) 6.4 3.03
95th Percentile Latency (ms) 2.22 1.08

MySQL SELECT (Random Ranges)

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 8,048.00 14,693.00
Queries per second 80,480.00 146,930.00
Minimum Latency (ms) 0.5 0.22
Average Latency (ms) 1.24 0.68
Maximum Latency (ms) 3.52 1.93
95th Percentile Latency (ms) 1.7 0.87

MySQL UPDATE (Indexed)

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 17,291.00 19,964.00
Queries per second 172,910.00 199,640.00
Minimum Latency (ms) 0.44 0.43
Average Latency (ms) 0.58 0.5
Maximum Latency (ms) 7.39 13.81
95th Percentile Latency (ms) 0.75 0.59

MySQL UPDATE (Non-Indexed)

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 18,069.00 20,341.00
Queries per second 180,690.00 203,410.00
Minimum Latency (ms) 0.41 0.41
Average Latency (ms) 0.55 0.49
Maximum Latency (ms) 5.51 3.29
95th Percentile Latency (ms) 0.7 0.58

MySQL DELETE

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
Transactions per second 154,947.00 267,422.00
Queries per second 1,549,470.00 2,674,220.00
Minimum Latency (ms) 0.04 0.02
Average Latency (ms) 0.06 0.04
Maximum Latency (ms) 9.7 7.11
95th Percentile Latency (ms) 0.11 0.05

Redis

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
PING_INLINE per Second 45,766.59 48,756.70
PING_MBULK per Second 44,424.70 48,402.71
SET per Second 45,045.04 49,164.21
GET per Second 45,065.34 49,091.80
INCR per Second 46,663.56 49,091.80
LPUSH per Second 44,603.03 48,923.68
RPUSH per Second 46,146.75 48,828.12
LPOP per Second 44,903.46 48,947.62
RPOP per Second 44,523.60 48,804.29
SADD per Second 45,392.64 48,971.59
HSET per Second 46,468.40 49,140.05
SPOP per Second 47,036.69 48,685.49
ZADD per Second 45,682.96 48,661.80
ZPOPMIN per Second 45,871.56 48,875.86
LRANGE_100 (first 100 elements) per Second 31,387.32 38,491.14
LRANGE_300 (first 300 elements) per Second 17,470.30 25,568.91
LRANGE_500 (first 500 elements) per Second 12,192.15 18,345.26
LRANGE_600 (first 600 elements) per Second 10,672.36 16,567.26
MSET (10 keys) per Second 44,503.79 48,426.15

Redis Average Latency (ms)

Vultr – High Performance Intel (1 GB) Vultr – High Performance AMD (2 GB)
PING_INLINE0.670.63
PING_MBULK0.670.62
SET0.680.64
GET0.680.63
INCR0.660.63
LPUSH0.690.63
RPUSH0.670.63
LPOP0.690.64
RPOP0.700.64
SADD0.680.63
HSET0.670.63
SPOP0.650.63
ZADD0.680.64
ZPOPMIN0.670.63
LRANGE_100 (first 100 elements)0.990.82
LRANGE_300 (first 300 elements)1.781.29
LRANGE_500 (first 500 elements)2.681.65
LRANGE_600 (first 600 elements)2.991.90
MSET (10 keys)0.750.69

Conclusion

From the friendly robots:

The Vultr High Performance Intel instance leads overall due to superior Redis performance, as evidenced by higher requests per second (rps) in various operations like GET (45,065.34 rps vs 49,091.8 rps) and lower average latencies, alongside more balanced file I/O operations. For use cases emphasizing CPU-heavy tasks and memory operations, this instance provides a more optimal balance of performance and cost.

From the friendly human:

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