Slaver DLL
Overview
The INNOSILICON slaver DLL PHY provides the low power and high-speed applications and small silicon area. According to the input clock signal, an accurate 0/90/180/270 phase clock with the same frequency as the input clock can be generated. The slaver DLL PHY components support differential clock steady-state output in dynamic lock state, contain DLL specialized functional and utility DLL up to 800Mbps in SMIC 28nm, critical timing synchronization module (TSM) and a low power/jitter DLLs with programmable fine-grain control for any DLL application.
Key Features
- Core power supply: 0.9V
- Area: 0.0051mm2 (170um*30um)
- Reference clock frequency range from 200MHz to 800MHz
- Output clock phase:0/90/180/270
- Cycle to Cycle jitter(C2C): <=150ps
- Normal power consumption: <30mw
- Bypass power consumption: <2mw
Technical Specifications
Foundry, Node
SMIC 28nm
SMIC
In Production:
28nm
Silicon Proven: 28nm
Silicon Proven: 28nm