US VPX SBC Market Size, By Processor

Growth Outlook

• The US VPX SBC Market Size, By Processor market is on a steady long-term growth path. Segment value stands at roughly USD 111 Mn in 2026 and is projected to reach USD 127 Mn by 2027 — a gain of about 14% over the forecast period, translating to a CAGR in the double digits.
• 2027: Intel accounts for 68% of the combined USD total across these 3 groups, the largest single share.
• What the regional split looks like (2026): Intel leads, holding roughly 68% of segment value — the single largest regional share. NXP Power Architecture is the second-largest contributor. Arm make up the remainder, in descending order.
• By 2027, Intel alone is expected to reach USD 87 Mn, with NXP Power Architecture at USD 30 Mn.

Market Dynamics

2027: Intel accounts for 68% of the combined USD total across these 3 groups, the largest single share.

Next is NXP Power Architecture, at 30.42M USD — 65% behind Intel.

Intel climbs from 39.01M USD (2019) to 86.73M USD (2027), a 122% gain.

NXP Power Architecture: up 114% over the period, 14.19M USD to 30.42M USD.

Arm grows to 9.82M USD by 2027, from 4.86M USD in 2019 — 102% up.

Combined, all 3 groups add up to 126.97M USD by 2027 — 119% up from 58.06M USD in 2019.

How The 3 Series Compare

This is a comparison chart, 3 groups at once — the interesting question is usually how the gap between them changes, not the value of any single group in isolation.

A group with a small share can still matter most for the story — it is often the rate of change, not the current level, that is worth the closer look.

Treat these values as a directional estimate of the US VPX SBC market. They are most useful for comparing segments and regions against each other, and for spotting where demand is expected to build fastest.

The numbers here come from a market sizing model: historical revenue estimates up to the 2018 base year, then forecasts through 2027 using growth-rate assumptions for each segment. The underlying report explains the methodology in detail.