TwinHan AD-TM510 (3057M)
TwinHan AD-TM510 (3057M) DVB-T Hybrid PCI-E Mini Card.
System Requirements
• Microsoft® Windows® XP Microsoft® Windows® XP SP2 or Vista®
•P4 2.4 GHz CPU or Above •512M RAM or Above •VGA Card with 64MB Memory •Sound Card or On Board Sound Chip •One Free PCI Express Mini Card Slot •Microsoft® Direct X 9.0C or above •Microsoft® Media Player 10.0 or above •UHF/VHF Antenna for DVB-T and Analog
Terrestrial TV
•CATV Signal for Analog Cable TV
Specifications
Tuner •Input Terminal: 50 Ohm I-PEX Connector •Receiving Frequency: 45 ~ 864 MHz Tuning Range •Noise figure: 5 dB VHF III, 7 dB UHF •Phase noise: -85 dBc/Hz @ 10 kHz •Max input level: 103 dBµV
COFDM •Fully DVB-T Compliant •2K Mode and 8K Mode COFDM Demodulator •Punctured Codes: 1/2, 2/3, 3/4, 4/5, 5/6 and 7/8 •Bandwidth: 6/7/8 MHz Auto Select •All Inner Interleaving Modes Supported •Supported Hierarchical Modes •10-bit ADC •Fully Automatic Transmission Parameters Detection •UHF/VHF Band Fast Scan •Digital Frequency Correction (± 90 kHz) •Frequency Offset (From ± 1/6 MHz to ± 3/6 MHz) Automatic Detection
Analog TV Demodulator & Decoding •10-bit CMOS Analog-to-Digital Converters •Worldwide Multi Standard Analog TV IF Demodulator
(M/N, B/G/H, D/K, I, L/L’)
•Support PAL N, PAL M, NTSC M, NTSC-Japan, NTSC 4.43, SECAM •Automatic Detection of Any Supported Color Standard •BTSC, EIAJ, NICAM, FM A2, AM All standards TV-stereo/mono-sound
decoder
•FM Radio Stereo Decoding •Automatic Sound Standard Detection •High Speed FIFO Downstream Port for Transport Streams (48 Mbit/sec) •Medium Speed FIFO Up Stream Port for Audio (2 Mbit/sec)
PCI interface •PCI-E Mini Card Interface •Compliant to PCI Express Base Specification 1.0a •x1 PCI-Express (2.5G bps) •Data and Clock Recovery from Serial Stream •64 Bit Addressing •128 bytes Write Packet Size / 64 Byte Read Racked Size
De-multiplexing • Engine: Software • Streams Capture: PES and TS
A/V Format •Video format: MPEG-II Main Profile& Main Level / H.264 (MPEG AVC) •Support Up to Full HD 1080p •Audio format: MPEG-II Audio layer I & II