UnknownOutdated for demanding workloadsLaptop

VIA Nano U3500@1000MHz

Explore VIA Nano U3500@1000MHz technical reviews, specifications and benchmark results, with practical context for laptop performance, efficiency and upgrade research.

Last updated: 2026-10-21
1.3/ 10
Technical rating

Outdated for demanding workloads

VIA Nano U3500@1000MHz is a Laptop processor with 1 cores and 1 threads. Its base clock is 1 GHz. It records a PassMark CPU Mark of 184 and a single-thread rating of 286. Its stated TDP is 5 W.

CPU Mark184
3 samples
Single Thread286
Overall rank#5,883
of 6,054
Reference price—

Technical assessment

A summary based on specifications and results.

Outdated for demanding workloads
1.3Outdated for demanding workloads

VIA Nano U3500@1000MHz is a Laptop processor with 1 cores and 1 threads. Its base clock is 1 GHz. It records a PassMark CPU Mark of 184 and a single-thread rating of 286. Its stated TDP is 5 W.

Specification context

What do these specifications mean in practice?

The VIA Nano U3500@1000MHz is a Laptop released in 2011. Recorded specifications include 1 cores and 1 threads, a 5 W reference TDP, a 184 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 184 CPU Mark is a broad overall-performance measure, while the 286 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

It uses socket BGA400. A matching socket is only the first check; confirm the official motherboard CPU-support list, BIOS revision and board power limits.

Memory and power

The 5 W TDP helps size the cooling class, but it is not the same as peak wall-power consumption.

FAQ

Common processor questions

What are the key VIA Nano U3500@1000MHz specifications?

The main recorded details are 1 cores and 1 threads, a 5 W reference TDP, a 184 CPU Mark. The tables on this page show socket, memory, cache and graphics data when available.

Is the VIA Nano U3500@1000MHz 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 VIA Nano U3500@1000MHz?

Start with BGA400 motherboards, then confirm the official CPU-support list and required BIOS revision for the exact board before buying.

How much power does the VIA Nano U3500@1000MHz use?

The recorded reference TDP is 5 W. Real consumption can be lower or higher depending on power limits, motherboard, workload and cooling.

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.

01VIA C7 1500MHzUnknown185 points
02VIA Nano U3500@1000MHzThis CPU184 points
03Intel Pentium M 1.10GHzIntel184 points
04AMD V105AMD184 points
05Mobile Intel Celeron 2.50GHzUnknown183 points

Single-thread performance

Measures speed in tasks that depend on one CPU thread.

01AMD V105AMD452 points
02VIA Nano U3500@1000MHzThis CPU286 points
03Intel Pentium M 1.10GHzIntel218 points

Performance per watt

Estimated as CPU Mark divided by TDP.

01VIA Nano U3500@1000MHzThis CPU36.8 Mark/W
02AMD V105AMD20.4 Mark/W

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

Detailed benchmark results

Snapshot from 2026-10-21

Single ThreadMOps/Sec
286.00

Core specifications

BrandUnknown
CategoryLaptop
Release year2011
SocketBGA400
Cores / threads1 / 1
Base clock1.00 GHz
Max turbo—
TDP5 W
Integrated graphics—

Memory support

—
Memory type—
Official speed—
Maximum capacity—

Cache hierarchy

No structured cache data.