APX-LLC01
Noiseless High Speed Hardware(FPGA) data Compression Board
Model | Compressed IP installation: APX-LLC 01 -C Extension IP installation: APX-LLC01-D |
FPGA | Stratix V-GX series (Intel) × 1 |
Memory capacity | DDR3 SO-DIMM : 533.33MHz (DDR3-1066) 2GB |
Status display | LED mounted on front panel |
Temperature monitoring | FPGA temperature measurement, FAN rotation speed monitoring |
External dimensions (substrate) | 217.65 mm × 111.15 mm (not including projections) |
usage environment | Temperature: 0 ° C to + 50 ° C Humidity: 35% to 80% (no condensation) |
Environmental response | RoHS |
스Stream data compression | Compression rate (theoretical value): 56.25% (Best) |
This product has stream data compression technology of stream technology Co., Ltd
Notes)
– The specifications and appearance stated are subject to change without notice.
– Power consumption does not include inrush current.
– In order to use the product correctly, be sure to read the instruction manual before using the product. Also, use the product under the conditions applicable to your product warranty.
Type : Mono 8bit (Bitmap)
Resolution: 1280×960
File size: 1,228,878[Byte]
Compression Rate (Image 1)
Compression Rate (Image 2)
Compression Rate (Image 3)
Compression Rate 1<2<3 The more uniform image files achieve higher compression rate Speed Comparison: Compression IP vs. ZIP Speed Measurement: Compression IP -> Checking time from parameter setup to complete compression plug
ZIP compression ->Measuring execution time of compression library function (excluded file output time)
Type: Bayer 8bit(Bitmap)
Resolution: 1280 x 960
File size: 1,229,878[Byte]
Compression IP
Compression Speed (time: 1.3ms)
Release speed (time: 0.87ms)
ZIP Compression
Compression speed (time: 111.9ms)
Release speed (time : 3.0ms)
ZIP advantages better compression rate. However, in terms of speed, Compression IP is overwhelmingly faster.