Industrial Products
MARK-STD
Mark-STD is especially designed and developed as re-configurable GPS receiver. The unique feature of re-configurable design allows user full control over the receiver features and capabilities to fulfill mission requirements. Be it the accuracy, the position integrity or the interface compatibility – the Mark-Std offers ample flexibility to shift the performance focus. The receiver is based on an embedded platform (FPGA/DSP) to allow field operations. Furthermore, the receiver is capable of operating with lesser power consumption to allow longer duration of operations.
SPRINT RTK
SPRINT-RTK GNSS receiver offers precise positioning by continuously receiving error correction parameters from base station. In comparison to Standard GNSS receivers which typically offer 5 to 10 meter level accuracies for positioning and navigation, SPRINT-RTK offers centimeter level positioning accuracies. SPRINT-RTK provides a high performance data processor and on-board storage, making it an ideal choice for long duration field operation. It can be easily configured as either base or rover depending upon mission requirement. SPRINT-RTK supports several communication modes including but not limited to GPRS/CDMA/UHF that can be conveniently selected as required. The rover station can switch the communication mode freely.
SPRINT MARINE
Based on advanced technology Multi-GNSS navigation engine, SPRINT-Marine fulfills marine specific positioning requirements. Ruggedized design of SPRINT-Marine makes it an ideal choice to operate in harsh weather conditions. SPRINT-Marine combines Multi-GNSS and AIS into a single solution. The ship can aware about all nearby ships using built-in AIS receiver. It capable of supporting multiple constellations, particularly including BeiDou and Galileo, in addition to existing constellations of GPS and GLONASS. SPRINT-Marine receiver also support positioning operations even in weaker signal scenarios through high sensitivity signal processing.
SPRINT-M
Based on advanced technology multi-GNSS navigation engine, SPRINT-M fulfills user’s positioning requirements in harsh environment. SPRINT-M offers data security using encryption technique and is capable of supporting multiple constellations, including BeiDou, in addition to existing constellations of GPS and GLONASS. SPRINT-M receiver operates even in weak signal scenarios through high sensitivity signal processing. SPRINT-M receiver offers meter level of positioning accuracy in stand-alone configuration.
MARK-SBAS
Mark-SBAS is indigenously designed to receive correction signals from Pak-SBAS satellite and generate improve positioning solution as compare to standard GPS receiver. The receiver has the capability to support other SBAS signals, WAAS, EGNOS, GAGAN, MSAS. It delivers improved positioning accuracy for terrestrial, marine & aviation applications and supports standard NMEA and proprietary data formats. Mark SBAS also ensures the integrity of GNSS based positioning using Pak-SBAS.
SPRINT-Mini
SPRINT-Mini fits for specialized user’s positioning requirement within small form factor using advanced technology multi-GNSS navigation engine. SPRINT-Mini makes it an ideal choice to operate with laptops and other portable USB equipment in field. SPRINT-Mini offers data security using encryption technique and is capable of supporting multiple constellations, including BeiDou, in addition to existing constellations of GPS, GLONASS and Galileo. SPRINT-Mini Multi-GNSS Receiver is configurable to track all of the available GNSS satellite constellations simultaneously.
C Band Dual Mode Self-Equalized Channel Filter
This 10th order dual mode self-equalized channel filter (10-4-4) realizes 8 transmission zeros, 4 for out of band rejection and 4 for group delay equalization. It can be used to construct an Input Multiplexer (IMUX) with very stringent requirements.
C Band Dual Arm Cross Waveguide Coupler
The Cross-guide coupler samples the transmitted and reflected RF power of the Radar. Designed with asymmetric coupling values and high isolation in transmit and receive path.
Ka-Band Waveguide Cavity Filter
High-frequency filter could be used in the receiver to filter out signals with uplink frequency. Frequency and bandwidth could be customized. Developed according to mil. Standards and space standards.
Ka-Band Waveguide Adapter
Designed to provide SMA to waveguide interface. It could be customized according to the required frequency range. Developed according to mil. standards and space standards. Qualified for use in harsh environment.
Ku-Band TRF
This compact receive filter provides isolation from the uplink band of 13.75-14.5 GHz. Realized using 21st order quasi-elliptic filter function with 11 transmission zeros very close to the passband to meet stringent out-of-band rejection requirements.
6-Channel Contiguous OMUX C-band and Ku Band
6-contiguous channel output multiplexer is implemented using TE114 dual-mode circular waveguide channel filters.
C-Band Waveguide Assemblies
Waveguide assemblies are used as low-loss transmission lines. Customizable frequency range
C-Band Rotary Joint
Rotary Joint interfaces rotating antenna and stationary RF platform. Developed in waveguide technology and mechanical seals are employed to reduce the air leakage.
Coaxial Cavity
Channel Bandwidth ≥ 20 MHz | SMA-F Interface
The coaxial cavity-based diplexer provides necessary in-band transmission of transmitter and receiver bands with adequate isolation.
3-Channel Coaxial Cavity Multiplexer SMA-F Interface
3-Channel S-band Multiplexer combines the power of individual RF channels to form a combined signal for transmission.
S-band Bandpass Filters
Bandwidth ≥ 10 MHz | SMA-F Interface
SUPARCO has designed and developed iris coupled, combline, coaxial cavity filters which are fix tuned, provide sharp stopband rejection and lower passband losses.
X-band Isoflux Antenna
Bandwidth 150 MHz | SMA-F Interface
SUPARCO has designed and developed iris coupled, combline, coaxial cavity filters which are fix tuned, provide sharp stopband rejection and lower passband losses.
Coaxial Cavity
Channel Bandwidth ≥ 30 MHz | SMA-F Interface
The coaxial cavity based diplexer provides necessary in band transmission of trasmitter and receiver band with adequate isolation.
Waveguide Cavity
Channel Bandwidth ≥ 350 MHz | Waveguide Interface
The waveguide cavity-based X-band wideband filter provides necessary in-band transmission with adequate isolation.
Coaxial Cavity
Channel Bandwidth ≥ 250 MHz | SMA-F Interface
High frequency filter could be used in receiver to filter out signal with uplink/downlink frequency.