DekTec Digital Video B.V.
DekTec is a manufacturer of PC add-on cards, USB devices, IP converters and software for the professional digital-television market.
- +31 35 2030100
- +31 35 2030101
- info@dektec.com
- Godelindeweg 4
Hilversum, 1217 HR
Netherlands, Kingdom of the
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Product
Multi-standard Cable/terrestrial Modulator For PCIe
DTA-2111
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DekTec's PCIe modulator for most QAM-, OFDM- and VSB-based modulation standards. The DTA-2111 has a programmable output level with excellent signal quality due to digital upconversion.
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Product
IP Converters
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SMPTE-2022 compliant standalone solutions for conversion between IP and "traditional" DTV signals such as ASI and QAM. These IP converters are hardware-based, providing low latency and zero-jitter transmission of IP signals.
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Product
High-end Satellite Receiver For PCIe
DTA-2132
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Professional-grade satellite receiver card with high-quality RF measurements.Ideal for satellite monitoring, modulator testing and high-speed data distribution.The card comes with full decoding and analysis of DVB Carrier ID (DVB-CID).
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Product
DVB-T2/T/C, ISDB-T And ASI Probe For USB-2
DTU-238
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DekTec's USB-2 hardware-based receiver for DVB-T2, T, C2, C and ISDB-T. With full support for single- and multi-PLP, as well as SISO and MISO, this USB-2 probe is perfectly compliant to DVB-T2 v1.3.1.
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Product
Quad 3G-SDI/ASI Ports (1x12G) For PCIe
DTA-2174B
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The industry workhorse for interfacing uncompressed video to PCs, attractively priced at €725. Perfect for 4K encoders/decoders thanks to 12G and quad-link 3G support. The card can be configured for a variety of other SDI/ASI-processing applications.
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Product
All-standard VHF/UHF/L-band Modulator For PCIe
DTA-2115B
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DekTec's highest-end modulator for satellite, terrestrial and cable standards, up to the latest standards such as ATSC 3.0. The DTA-2115B can be a single-channel 72-MHz bandwidth modulator, or it can function as eight independent 8-MHz modulators.
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Product
Dual H.264 HD Encoder For PCIe
DTA-2182
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Dual-channel version of the DTA-2180: Two H.264 HD encoders on a single compact PCIe card. Robust video encoding based on the field-proven Magnum encoder chip. No CPU cycles are spent for encoding.
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Product
OEM DVB-S2 Receiver With ASI Output
DTM-3237
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Compact module for receiving a full DVB-S2 or DVB-S transport stream and outputting it as ASI. With it's fast receiver architecture and advanced signal quality indicators, it is highly suitable for system integration.
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Product
OEM Module For Conversion Between IP And ASI
DTM-3200-RA
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The DTM-3200 converts IP to ASI, or ASI to IP. Integrate this compact module to extend the range of I/O standards supported by your product. Technical highlights include advanced IP-jitter filtering, ultra-low latency and zero-jitter IP transmission.
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Product
DVB-S2 Satellite Receiver
DTE-3137
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DekTec's standalone power-over-ethernet enabled DVB-S2 Satellite Receiver, allowing reception of the full Transport Stream and transmit it to IP and ASI networks.
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Product
Dual DVB-ASI Output For PCI
DTA-105
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DekTec's two-ports ASI output adapter, with slave-capabilities to output a single doubly-buffered output to two ports.
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Product
Low-cost Cable/terrestrial Modulator For PCI
DTA-111
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Low-Cost VHF/UHF Modulator for PCI Bus
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Product
Dual QAM-A/B/C Receiver For PCIe
DTA-2136
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DekTec's PCIe QAM-receiver card for J.83 Annex A, B and C. The DTA-2136 has two onboard demodulators, combined with two ASI output ports for monitoring the receiver output or for independent stream playback.
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Product
Twelve-channel Cable/terrestrial Receiver For PCIe
DTA-2139B
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Twelve (!) receivers on a single card, supporting any mix of cable (DVB-C, QAM-B/C) and terrestrial (DVB-T, DVB-T2, even ISDB-T) signals. All twelve transport streams are demodulated simultaneously, allowing you to monitor a complete network in real time.
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Product
Receivers
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SDR receivers (Software Defined Radio) perform all signal processing in software, offering multi-standard support, access to all data in the channel, and advanced RF measurements.DekTec's other receivers are based on standard demodulator chips and therefore do not take cycles from the host CPU. These can be used if the SDR features are not required.
