Tim Fischer

PhD Student at @ETH | Member of @pulp_platform

[PULP Platform @pulp_platform]

The European Processor Initiative Forum just took place in Barcelona with @aottaviano96, Giovanni and @fischetim representing PULP. Below you can see Tim presenting an STX accelerator for EPAC.

[PULP Platform @pulp_platform]

Here is an open-source NoC design with full AXI4 support that can handle significant bandwidth demands. See "FlooNoC: A 645 Gbps/link 0.15 pJ/B/hop Open-Source NoC with Wide Physical Links and End-to-End AXI4 Parallel Multi-Stream Support" https://t.co/HJZ6fVj5MP @fischetim

[PULP Platform @pulp_platform]

The International Symposium on Networks-on-Chip NOCS took place in Hamburg last week and Tim @fischetim presented his work on FlooNoC: A Multi-Tbps Wide NoC for Heterogeneous AXI4 Traffic. Read the related paper on arXiv: https://t.co/f7GAB7HsjV

[PULP Platform @pulp_platform]

NOCS2023, part of the Embedded Systems Week, will take place in Hamburg, September 21-22:. Come by and see Tim's talk @fischetim on "FlooNoC: A Multi-Tbps Wide NoC for Heterogeneous AXI4 Traffic" https://t.co/CXiZKYTfTu https://t.co/xnla2BrWEJ
Github: https://t.co/yCLPeFZIW1

[PULP Platform @pulp_platform]

Upon popular request, we released an early version of our new Network-on-Chip FlooNoC on Github https://t.co/yCLPeFZIW1. Make sure you state your destination clearly, otherwise your packets might end up somewhere else 🔮🧙🍵. @fischetim

[PULP Platform @pulp_platform]

A culmination of PULP get-together: we give you Tim @TimFisc13397684 and Thomas @ThommyThomaso presenting "They key to scalability: High-performance and energy efficient data movement". https://t.co/bdYLP1BlF5

[PULP Platform @pulp_platform]

We are sharing our new paper on an open-source, low-latency, fully AXI4-compatible NoC with wide physical channels for high-bandwidth transactions "FlooNoC: A Multi-Tbps Wide NoC for Heterogeneous AXI4 Traffic" https://t.co/f7GAB7HsjV @TimFisc13397684 @MikeRogenmoser @suehtamacv

[Andreas Schilling 🇺🇦 @aschilling]

Say hi to the Occamy @pulp_platform:

- 434 RISC-V cores (2x 216+1)
- GF12LPP
- 73 mm²
- passive interposer (65nm, 26.3 x 23.05 mm)
- carrier PCB: 52.5 x 45 mm
- 768 GFLOPS @ 1 GHz @ 10 W

[PULP Platform @pulp_platform]

In order to put to rest incorrect information that recently appeared on social media and several more prominent websites, we have published a summary of our project Occamy: https://t.co/GMps7YYIcB