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ARM Neoverse-N1 128 Core 2600 MHz

Explore ARM Neoverse-N1 128 Core 2600 MHz technical reviews, specifications and benchmark results, with practical context for performance, compatibility and upgrade comparisons.

Last updated: 2026-10-20
6.3/ 10
Technical rating

Good

ARM Neoverse-N1 128 Core 2600 MHz is a processor with 128 cores and 128 threads. Its base clock is 2.6 GHz. It records a PassMark CPU Mark of 35265 and a single-thread rating of 1160.

CPU Mark35,265
2 samples
Single Thread1,160
Overall rank#450
of 6,054
Reference price—

Technical assessment

A summary based on specifications and results.

Good
6.3Good

ARM Neoverse-N1 128 Core 2600 MHz is a processor with 128 cores and 128 threads. Its base clock is 2.6 GHz. It records a PassMark CPU Mark of 35265 and a single-thread rating of 1160.

Specification context

What do these specifications mean in practice?

The ARM Neoverse-N1 128 Core 2600 MHz is a Unknown released in 2025. Recorded specifications include 128 cores and 128 threads, a 35,265 CPU Mark. Use these figures to understand its position, then compare the results with your software and the complete platform.

Reading guide

Read the performance results

The 35,265 CPU Mark is a broad overall-performance measure, while the 1,160 single-thread result adds context for less-parallel work. Compare the nearby alternatives on this page and do not treat one score as a verdict for every application.

Platform and compatibility

No confirmed socket is recorded for this processor. Verify the exact device or motherboard with the manufacturer before planning an upgrade.

Memory and power

Verify the system memory type, real power limits and cooling capacity.

FAQ

Common processor questions

What are the key ARM Neoverse-N1 128 Core 2600 MHz specifications?

The main recorded details are 128 cores and 128 threads, a 35,265 CPU Mark. The tables on this page show socket, memory, cache and graphics data when available.

Is the ARM Neoverse-N1 128 Core 2600 MHz good for gaming?

The product name or CPU Mark alone cannot answer that. Check single-thread performance, core count, the target graphics card, gaming resolution and results from the games you play.

Which motherboards support the ARM Neoverse-N1 128 Core 2600 MHz?

A confirmed socket is not recorded here. Use the device model or manufacturer specifications to identify compatible hardware.

How much power does the ARM Neoverse-N1 128 Core 2600 MHz use?

A structured TDP value is not currently available. Check the manufacturer specification and device power limits.

This guidance interprets recorded specifications and results; it does not claim hands-on device testing. Results can vary with motherboard, power, memory and cooling.

Multi-axis comparison

How does this processor compare?

A direct comparison with nearby processors from the same brand and a similar core count.

5 CPU

Overall and multi-core performance

A higher CPU Mark indicates stronger overall performance.

02ARM Apple M6 12 Core 0 MHzARM35,781 points
03ARM Neoverse-N1 128 Core 2600 MHzThis CPU35,265 points
05Intel Xeon w3-2535Intel33,517 points

Single-thread performance

Measures speed in tasks that depend on one CPU thread.

04Intel Xeon w3-2535Intel3,447 points
05ARM Neoverse-N1 128 Core 2600 MHzThis CPU1,160 points

Performance per watt

Estimated as CPU Mark divided by TDP.

01Intel Xeon w3-2535Intel181.2 Mark/W

Bars are relative to the processors shown here, not a global ranking of every CPU.

Detailed benchmark results

Snapshot from 2026-10-20

Data CompressionKBytes/Sec
630,864.00
Data EncryptionMBytes/Sec
18,118.00
Extended InstructionsMillion Matrices/Sec
82,639.00
Find Prime NumbersMillion Primes/Sec
123.00
Floating Point MathMOps/Sec
398,713.00
Integer MathMOps/Sec
520,652.00
PhysicsFrames/Sec
1,992.00
Random String SortingThousand Strings/Sec
109,634.00

Core specifications

BrandARM
CategoryUnknown
Release year2025
Socket—
Cores / threads128 / 128
Base clock2.60 GHz
Max turbo—
TDP—
Integrated graphics—

Memory support

—
Memory type—
Official speed—
Maximum capacity—

Cache hierarchy

No structured cache data.