ARM announces new Cortex-A73 CPU and Mali-G71 GPU, hoping to power mobile VR in 2017
ARM, the company that designs the processor architectures used in virtually all mobile devices on the market, has used Computex Taipei 2016 to announce new products that it expects to see deployed in high-end phones next year.
Context & Ripple Effects
This is the middle beat of an annual ritual: a year earlier ARM previewed its A72 core with a promise of tripled performance or a 75% power cut, and this Computex Taipei slot passes the baton to the Cortex-A73 CPU and Mali-G71 GPU — with mobile VR named as the workload the new pair must carry into 2017 flagships.
What dates the 2016 framing is how quickly the theme moved on: the very next cycle rebranded the same annual slot around machine learning rather than VR, making this announcement the last of ARM's VR-first reveals.
First-order effects
- Vendors building high-end 2017 phones get their licensed blueprint: a CPU and GPU pairing explicitly pitched at sustaining mobile VR rendering, extending the power-versus-performance trade ARM staked out with the A72 generation.
- ARM keeps its Computex cadence intact, converting last year's raw performance-efficiency pitch into this year's application-specific VR story.
Second-order effects
- One cycle later ARM pivots the same slot to efficient machine learning with the Cortex-A75, showing VR functioned as a single-year hook rather than a durable design priority for the flagship line.
Third-order effects
- The late-May Computex reveal hardens into the industry's roadmap clock: each year's CPU-plus-GPU pairing pre-sets the performance envelope for the next wave of flagship Android silicon, a pattern later generations like the Cortex-A76 carried forward.
The trend: ARM's annual Computex CPU-and-GPU reveal operates as the de facto roadmap for flagship mobile silicon, with the headline workload migrating from VR to machine learning across successive cycles.