Intra-Panel Multi Strandard TX on Samsung Foundry LN08LPP/LPU
D&R Industry Articles (November 2012)
Articles for the Week of November 26, 2012
Universal Flash Storage: Mobilize Your Data
Universal Flash Storage (UFS) was created for mobile applications and computer systems requiring high performance and low power consumption. These systems typically use embedded Flash based on the JEDEC standard eMMC. UFS was defined by JEDEC as the evolutionary replacement for eMMC offering significantly higher memory bandwidth. The standard builds on existing standards such as the SCSI command set, the MIPI Alliance M-PHY and UniProSM as well as eMMC form factors to simplify adoption and development.- Choosing serial interfaces for high speed ADCs in medical apps
- NVMe powers SSDs in the enterprise
- Design Reuse without Verification Reuse Is Useless
Articles for the Week of November 19, 2012
Mebes Data Verification
Tapeout marks the transfer of SoC's database from design team to mask preparation team which could be within the organization or an interface team in an external fabrication house. This design database which could be a GDS, is to be worked upon with complex Boolean operations, sizing, and, optical proximity corrections (OPC). These post tapeout operations are performed by mask preparation team or an external interface team. The output of this exercise is called MEBES database which is an ensemble of all the masks to be manufactured in the fabrication house.- Alternative NVM technologies require new test approaches, part 2
- Maximizing battery life on embedded platforms - Part 4. Turning off peripherals and subsystems
- The Era of 20 nm Systems Approaches
- Speeding power estimation from weeks to hours
Articles for the Week of November 12, 2012
Additional Articles- Introduction to USB - Part I
- Alternative NVM technologies require new test approaches, Part 1
- ARM vs incumbent microprocessor architectures
- Predicting PLL reference spur levels due to leakage current
Articles for the Week of November 5, 2012
Secure Mobile Payments - Protecting display data in TrustZone-enabled SoCs with the Evatronix PANTA Family of Display Processors
Secure System-on-Chips (SoCs) based on ARM® TrustZone® technology enable both hardware and software components to be isolated as a secure subsystem within a complex SoC and as such focus on processing protected, sensitive and valuable assets, such as payment credentials, whenever these might be endangered with an attack, modification or capture. At the same time the main system software may be an open Rich OS platform that enables downloading and use of arbitrary third-party and non-trusted applications which can gain access to almost all system hardware elements.- Android hardware-software design using virtual prototypes - Part 2: Building a sensor subsystem
- JESD204B vs. Serial LVDS I/F for wideband data converter apps
- Implementing digital processing for automotive radar using SoC FPGAs
- Benchmarking an ARM-based SoC using Dhrystone: A VFT perspective
- High-yield, high-performance memory design