Bring your AI workspace closer.
Explore processor, memory & motherboard detailsChoose your preferred setup. Component compatibility and OS licensing are confirmed in your quotation.
For individual projects and business rollouts. No online payment.
Start with what you want to create. Explore the technology, shape your configuration and make the next step yours.
List the applications you keep open together and their recommended memory requirements.
Plan around: CPU responsiveness + RAM headroomGo beyond RAM and storage. Understand the processor, graphics, AI engine and the system details that shape the way your computer works.
Processor specifications below describe the AMD platform selected for the AC5 design brief, not the fitted parts of an assembled AC5. The motherboard, memory, storage, ports and cooling of your build are defined in its quotation.
CPU cores / threads
Maximum boost clock
Integrated graphics
NPU compute ceiling
Functional overview · not a motherboard layout
The CPU handles application logic and general computation. More cores can help parallel work; responsiveness also depends on the application, memory and power profile.
4 Zen 5 + 8 Zen 5c cores. Maximum boost is not a promise of continuous all-core speed.
17 of 17 specifications
| Processor | AMD Ryzen AI 9 HX 470 |
|---|---|
| CPU architecture | 4 × Zen 5 + 8 × Zen 5c |
| Cores / threads | 12 / 24 |
| Maximum boost | Up to 5.2 GHz |
| Base clock | 2.0 GHz |
| L2 / L3 cache | 12 MB / 24 MB |
| CPU process | TSMC 4 nm |
| Integrated graphics | AMD Radeon 890M |
| Graphics cores / clock | 16 / 3100 MHz |
| NPU compute ceiling | Up to 55 TOPS |
| Overall compute ceiling | Up to 86 TOPS |
| Controller memory types | DDR5 / LPDDR5X |
| Memory channels | 2 |
| DDR5 transfer rate | Up to 5600 MT/s |
| Processor PCIe interface | PCIe 4.0 |
| Default / configurable TDP | 28 W / 15–54 W |
| Processor package | FP8 |
Boost, power and memory behavior depend on the system implementation. See AMD for the processor specification and its conditions. AMD ↗
RAM and SSD capacity solve different problems. Choose each around your applications, then match the exact components to the board.
RAM holds data used by running applications. Capacity determines how much can stay in memory; data rate, channel configuration and software also matter.
An SSD stores your operating system, applications and files. M.2 describes a physical format; NVMe identifies a storage protocol. Capacity alone does not tell you drive speed.
Explore what the two capacities mean. Then choose your bundle in the configurator.
Space for applications and data while you work.
Space for your OS, projects and saved files.
A processor name cannot identify a motherboard. Its layout, firmware and controller choices determine what the complete system can connect, fit and upgrade.
Request board & component detailsMatch the PCB manufacturer, model and revision to the system BOM. The FP8 processor package is not a motherboard model or a desktop upgrade socket.
Establish whether memory is socketed or soldered, its module count, speed and tested capacity. CPU memory support alone does not establish system upgradeability.
Document each M.2 slot’s supported size, interface and lane width, including shared lanes. Equal-looking slots need not offer equal throughput.
Record the BIOS version and update path. Check the required boot, security and virtualization features on the exact board and operating system.
Plan your displays, network and peripherals as a system. The following is a connection checklist, not a port inventory for AC5.
Confirm data speed, display output and charging direction separately. Connector shape alone does not specify these features.
Specify your monitor count, resolution and refresh rate together. Check the exact ports, cables and simultaneous-output combinations.
Match controller model, link speed, drivers and wireless module to your deployment. Network performance also depends on the rest of the network.
External-GPU expansion needs a fitted connector, compatible lane routing, dock, power supply and supported software. A CPU PCIe specification alone is not enough.
Cooling, firmware, memory and the application shape sustained performance. A peak clock or TOPS figure is not a finished-PC benchmark.
Processor thermal-design figures, not wall-socket consumption, AC5 performance modes, adapter rating or a noise measurement.
Request a configuration-specific report with your technical review.
List the applications you keep open together and their recommended memory requirements.
Budget memory and storage per environment, then allow room for the host OS and tools.
Specify model, precision, context length and runtime. Measure throughput on that configuration instead of inferring it from TOPS.
Share your applications, desired memory and storage, screens and deployment environment. Ask for the exact component list with your quote.
Manufacturer guidance explains the technology; it is not proof of a component installed in an Aimipaer system.
Discuss your specification and market documentation requirements with our team.
Request a Datasheet ↗Agree coverage and service terms with your order. Check an issued serial and verification code in the warranty registry.
Warranty support ↗Planning multiple systems? Discuss quantities, deployment requirements and order documentation.
Discuss your project ↗info@aimipaer.comSpecifications are nominal and may vary by configuration. Product images are for illustration. OEM options, certifications and packaging are confirmed per market in your quotation.
