Munzir Hakimi
Fujitsu is gearing up to launch a revolutionary data center processor in 2027—Monaka. This cutting-edge chip boasts an incredible 288-core design, utilizing the latest Armv9-A architecture. But here’s where it gets interesting: unlike its predecessors, Monaka ditches High Bandwidth Memory in favor of PCIe 6.0 (CXL3.0), promising unprecedented speed and efficiency.
Highlights:
- 288 cores (144 cores per socket) in a 3D many-core architecture.
- Built on a 2nm process for core die and 5nm SRAM die.
- Features 12-channel DDR5 memory and air cooling.
- Confidential Computing ensures secure data handling across cloud, edge, and HPC environments.
Monaka isn’t just another processor; it’s the heir to the A64FX—the powerhouse behind the Fugaku supercomputer, which currently ranks as the fourth most powerful in the world. Fujitsu claims Monaka will double application performance and power efficiency compared to its rivals, positioning it as a critical player in the next wave of AI and high-performance computing.
The Future of AI:
Monaka’s compatibility with standard Linux OS and Fujitsu’s collaboration with Arm on open-source software make it a game-changer for AI democratization. Fujitsu is positioning Monaka not just as a technological marvel but as a key step towards a carbon-neutral society, with applications ranging from healthcare to defense.
“Monaka is expected to redefine the computing experience,” Fujitsu declares, hinting at the transformative potential of this upcoming chip.
Stay tuned—Monaka is poised to shake up the tech landscape like never before.
