1. Z. Stamenković LEON-2: General Purpose Processorfor a Wireless Engine

2. Application Location Aware Service Platform picoJava Java VM Application • Management: • Power consumption • Performance Presentation Session Transport (TCP) Data Link Control Network (IP) Physical Concept • To realize a vertical strategy from application to silicon

3. Power Management Test Engine Power Protocol Engine Protocol Application Engine Application Test Engine Engine Management Engine DLC Baseband RF Baseband DLC RF Wireless Engine • Vertical approach from application to silicon can significantly improve the inter-layer performance characteristics • Wireless engine is a system-on-chip solution for mobile computing terminals based on the vertical approach

4. App TCP IP Management DLC PHY Wireless Engine Projects • Wireless Broadband Network (WBN) • Single chip communication system for wireless data transfer in the 5GHz band with a rate of about 6 to 54 Mbit/s • Wireless Internet (WI) • Vertical protocol optimization: power efficiency, performance • Mobile Computing (MoCo) • Service platform: • Location aware • Java based

5. I-Cache DSU DCL CPU AHB Controller AHB Irq Ctrl IO Port D-Cache AHB/APBBridge Memory Controller APB Timers UARTs SRAM Flash LEON-2 Processor System

6. Implementation of LEON-2 Processor System • Installation of the release • Adaptation of the configuration tool (to include IHP’s library) • Implementation of data and instruction caches • Implementation of BIST logic for SRAMs • Logic synthesis of the design • Implementation of scan chain • Generation of the chip layout • Simulation (functional, post-synthesis and post-layout net-list) • Scan test vectors generation (ATPG) • BIST and scan test simulation • Adaptation of testbenches (SPARC CC installed) • EVCD test vectors generation (with and without timing data) • Test specification • Documentation

7. Chip Features