Iei Integration Corporation · TWSE:3022
Iei Integration — IEI Technology — Investor Presentation (January 2006)
27 slides from Iei Integration's investor presentation, Jan 23, 2006
Slide 1: IVC-8371P 4 Channel Hardware Codec MPEG-4 Video/Audio Capture Card
IVC-8371P 4 Channel Hardware Codec MPEG-4 Video/Audio Capture Card
Slide 2: IVC-8371 to IVC-8371P
IVC-8371 Æ IVC-8371P 4 Channel Hardware Codec MPEG-4 Video/Audio Capture Card 180.91mm 119.91mm 106.68mm 106.68mm The only difference between New IVC-8371P and IVC-8371 is board dimension.
Slide 3: IVC-8371P Spec Highlight
IVC-8371P Spec Highlight RoHS - Compliance MPEG-4 Advanced Simple Profile @ Level 5(ISO/IEC 14496-2) MPEG-2 Main Profile @ Main Level (ISO/IEC 13818-2) MPEG-1 (ISO/IEC 11172-2) H.263 (ITU-T Recommendation H.263) 4 channel video & audio capturing Supports NTSC/PAL signal Total 30fps@720x480 for 4 cha
Slide 4: IVC Product Line-up
IVC Product Line-up IVC-8371P MPEG-4 Total 30 fps@D1 Hardware CODEC video/audio capturing IVC-4300 PM-1058 MPEG-4 Total 120 fps@D1 Total 60 fps @D1 Hardware encoder video/audio capturing 2 ch. video/audio capturing IVC-200 Total 120 fps@VGA Frame grabber IVC-100 PM-1056 Total 30 fps@VGA Total 30 fps
Slide 5: Advantages of Hardware Codec
Advantages of Hardware Codec • Dedicated chip for video processing Æ Supports multi-standard video format Æ Video pre/ post processing Æ Video encoding/decoding • Cost and performance efficient Æ Pure software - P4 2.0GHz, 256MB Æ IVC-8371P – P3 1.0GHz, 128MB
Slide 6: Key Processes of Video capturing
Key Processes of Video capturing Encoding: The process to encode (digitize and compress) the analog video signal. Decoding Video encoded must be translated, or decoded, in order to be viewed / monitored. These processes are usually resource craving, and the overall performance decline rapidly when e
Slide 7: Software Encoding & Decoding Architecture
Software Encoding & Decoding Architecture A/D A/D A/D PCI Bridge A/D Digitalized raw data PCI Bus Memory CPU Encoding Decoding HDD 1 2 MPEG-4 video file
Slide 8: IVC-8371P System Architecture
IVC-8371P System Architecture encoding/ digitalize multiplexing decoding Encode video stream for recording Digitalized multi-channel raw data for monitoring Decoding stream PCI bus
Slide 9: Performance Test on Pentium IV System
Performance Test on Pentium IV System 30 fps@720x480, Test Environment preview and recording, 120fps@720x480, preview and CPU: Pentium 4 3.0GHz Model. 30 fps@720x480, preview only MPEG-4 format recording, MPEG-4 format Memory: 1.0GB IVC-8371P 5% 10% 50% Chipset: Intel 915G Express IVC-4300 15% 20% 7
Slide 10: Performance Test on PIII System
Performance Test on PIII System Test Environment Recording Live monitoring Ch resolution frame rate audio format Model: ROCKY-3786 4 ch 4 ch 320x240 30 yes MPEG-4 avi CPU: Pentium III 1.0GHz 8 ch 8 ch 320x240 30 yes MPEG-4 avi Memory: 128MB 12 ch 12 ch 320x240 30 yes MPEG-4 avi Chipset: Intel 810 16
Slide 11: Partnering with Celeron 400 MHz
Partnering with Celeron 400 MHz Test Environment Model: ROCKY-C400N CPU: Embedded ULV Intel Celeron 400MHz Memory: 512MB Chipset: VIA VT8601T+686B VGA: ATI RADEOM 7000 OS: Windows XP SP2 Recording & decoding setting CPU Comsumption Memory Usage 4 channel, D1, 8 fps MPEG-4 recording 56% 81.8MB 1 chan
Slide 12: Partnering with Celeron M 600 MHz
Partnering with Celeron M 600 MHz Test Environment Model: JUKI-6770 CPU: Intel Celeron M ULV 600MHz, no L2 cache Memory: 512MB Chipset: Intel 852GM OS: Windows XP SP2 Recording & decoding setting CPU Comsumption Memory Usage 4 channel, D1, 8 fps MPEG-4 recording 40% 88.4MB 1 channel, D1, 30 fps MPEG
Slide 13: Hardware Rendering Live Monitoring
Hardware Rendering Live Monitoring
Slide 14: Hardware Rendering Live Monitoring
Hardware Rendering Live Monitoring 720x480 video stream Display Latency, unexpected error, etc. General scheme of multi-channel live monitoring process 30 fps multi channel live monitoring IVC-8371P multi-channel live monitoring process
Slide 15: Versatile to Meet Your Demand
Versatile to Meet Your Demand • Build-in features for security application Æ Motion detection Æ Camera lost detection Æ Watermarking Æ Pre-alarm recording Æ Multi-channel display Æ OSD Æ PIP Æ 2 x digital zoom
Slide 16: WaterMarking
WaterMarking • Video signal is compressed as bit stream including the digital cryptograph data • If bit stream with watermark are forged, the watermark data are changed accordingly • Maximum 128 bit digital watermark, intensity adjustable
Slide 17: Motion Detection
Motion Detection • 192 detect areas for each channel • Multi-level sensitivity selectable • Pre alarm output
Slide 18: Multi-Channel Display
Multi-Channel Display • 1/ 4 / 8 / 12 / 16 channel display available in demo program • Other multi-channel display mode supported by chip
Slide 19: On Screen Display
On Screen Display • Supports 24 bit graphic OSD • 4 level transparency and bypass: 0%, 25%, 50% and 75% • 3 level blink: no blink, 1/15 sec, ½ sec and 1 sec
Slide 20: Picture In Picture for Monitoring
Picture In Picture for Monitoring • Supports maximum 4 PIP windows of QCIF size
Slide 21: SDK & Demo Program
SDK & Demo Program • Demo Program with Basic DVR functionalities – 16 channel demo program – Encoding/decoding configuration – 1/4/8/12/16 channel display mode – Motion detection – Playback control • SDK – Complete source code of demo program – Programming guideline • Device Driver – Windows 2000 –
Slide 22: Benefits
Benefits • For Professional Surveillance SI – Shortens the software product development cycle by powerful hardware codec features – More Flexibility for building advance functionalities with same hardware platform • For Entry Level Surveillance SI – Shortens the product development cycle by building
Slide 23: Applications - 16 channel PC-based DVR System
Applications - 16 channel PC-based DVR System
Slide 24: Applications
Applications • POS / ATM System Integration • Digital Video Surveillance System • Video Editing System • Distance Learning System • Mobile Surveillance System • Video Streaming System
Slide 25: Resolution / Frame Rate Table
Resolution / Frame Rate Table Video resolution Maximum Number of Average frames per channel frames / sec. channels NTSC PAL 720x480(576) 30(25) 1 30 25 640x480(576) 2 15 12.5 4 7.5 6.25 720x240(288) 60(50) 2 30 25 640x240(288) 352x480(576) 4 15 12.5 352x480(576) 352x240(288) 120(100) 4 30 25 320x240
Slide 26: Product Specification
Product Specification Interface Functionality Video Processing System Requirement Software Support Audio Processing Operation Environment
Slide 27: Thank you!
IE; IEL. IEI Technology Corp. www.ieiworld.com Thank you! [ Member of ICP Group Ay Ay ay
IEI Technology — Investor Presentation (January 2006) on 6ix