More Posts ...
Return to the Recent Blog Posts page
Read Additional Posts by ...
Type of Post (categories)
Topics (tags)
- 32-bit (3)
- 68000 (1)
- 8-bit mcu (1)
- 8051 (12)
- automotive (2)
- automotive bus (1)
- ba20 (2)
- BA2x (9)
- CAN FD (1)
- CAST (1)
- Choosing IP (2)
- company (5)
- compression (2)
- conference (1)
- cores (1)
- customer (3)
- customers (1)
- data compression (2)
- deflate (1)
- differentiate (1)
- encoder (1)
- ethernet (2)
- eval (3)
- firmware (1)
- fpga (1)
- FPGAs (1)
- gpu (1)
- GPUs (1)
- gunzip (1)
- gzip (5)
- gzip-rd-ku105 (1)
- H.264 (3)
- h264 (2)
- i2c (1)
- iar (1)
- ide (1)
- IEEE 802.1AS (1)
- iot (4)
- IP (1)
- IP core (2)
- ip cores (3)
- JPEG (3)
- JPEG 2000 (1)
- latency (1)
- licensing (2)
- LIN (1)
- low-power (1)
- mcs51 (1)
- not (1)
- partner (2)
- pipelinezero (1)
- processor (8)
- Replacement (1)
- reusable ip (1)
- reuse (2)
- seminar (1)
- semip (1)
- SENT (1)
- silicon ip (1)
- spi (1)
- time-sensitive networking (1)
- tsn (1)
- uart (1)
- udpip (1)
- USB (1)
- video (2)
- WDR (1)
- webinar (2)
- zipaccel-c (2)
- zipaccel-d (2)
Archive by Date
CAST Blog Posts for Dates from 12-01-2015 to 12-31-2015
-
Innovative Energy Savings Using GZIP IP Within IoT Devices (D&R IP-SoC 2015 Paper)
December 16, 2015
In this paper we look at how IP cores for hardware GZIP/Deflate based data compression and decompression can significantly reduce power consumption in large categories of IoT devices. We will further show through multiple examples that the power reductions to be gained far exceeds the active and idle power usage of the additional compression and decompression cores. -
White Paper — Data Compression for Low Energy IoT Connectivity
December 02, 2015
Most IoT devices use considerable energyfor wireless data transmission.Using losslaess data compression within the device archtiecture can help, as shown here through examples using the GZIP IP core available from CAST.
