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NTGIM-4B Multi-Constellation GNSS Anti-Jamming All-in-One Terminal
NTDFM Dual-Frequency GNSS Intelligent Array Antenna
NTHAB Dual-Frequency GNSS Anti-Jamming Processor
The NTHAB is an 8-channel Dual-Frequency GNSS Anti-Jamming Processor that supports flexible 8-element single-frequency or 4-element dual-frequency antenna modes to safeguard satellite tracking loops. Weighing only 47g, this miniature device cancels multi-directional wireless disruption while maintaining a highly optimized footprint for space-constrained industrial systems.
- Array Multi-Mode: Configurable 8-element single-frequency or 4-element dual-frequency RF processing.
- Suppression Metrics: Reaches ≥110dB single interference, ≥95dB triple, and ≥80dB sevenfold mitigation.
- Physical Substructure: Ultra-lightweight 47g design packaged into a slim 90mm×60mm×11mm chassis.
- Data Interfaces: Standardized RS422 and LVTTL UART channels for seamless telemetry coupling.
NTHAB Dual-Frequency GNSS Anti-Jamming Processor Overview
The NTHAB Satellite Navigation Dual-Frequency Anti-Jamming Processor is an 8-channel anti-jamming processor that supports two RF signal processing modes: single-frequency with eight elements or dual-frequency with four elements [source: 4]. It possesses suppression capability for suppressive jamming in various forms, including broadband, narrowband, frequency-sweeping, pulse, and combined jamming [source: 4]. Its processing frequency points and bandwidth are dynamically configurable, supporting anti-jamming processing for frequency points such as GPS/BDS L1/L2/L5 and BDS B1/B2/B3 [source: 4]. Adopting a low-cost, miniaturized, and lightweight design, it is suitable for precise navigation needs in complex electromagnetic environments, delivering performance especially in the UAV field [source: 4].
NTHAB Dual-Frequency GNSS Anti-Jamming Processor Primary Capabilities
- Flexible Array Reconfiguration: Accommodates multi-mode RF processing setups deploying either an 8-element single-frequency layout or a 4-element dual-frequency topology based on threat profiles [source: 4].
- Multi-Constellation Band Compatibility: Extends full coordinate protection matrices across global multi-system bands, maintaining operational link compatibility with BDS-B1, BDS-B3, GPS-L1, GPS-L2, GLONASS-L1, and Galileo-E1 channels [source: 4].
- Dynamic Bandwidth Configuration: Executes real-time hardware adaptations through dynamically configurable processing frequency points and flexible operational bandwidth limits to isolate complex ambient interference [source: 4].
- Deep Spatial Nulling Thresholds: Provides hardware attenuation values reaching single interference ≥110dB, three simultaneous sources ≥95dB, and up to seven concurrent interferences at ≥80dB [source: 4].
- Multi-Directional Disruption Defense: Employs parallel digital filters engineered to isolate and neutralize suppressive wavefronts arriving from 3 to 7 independent directional vectors simultaneously [source: 4].
- Broadband Noise Mitigation: Identifies and dampens continuous or transient ambient RF vulnerabilities such as broadband emissions, narrowband carrier lock, pulse transients, and frequency-sweeping signatures [source: 4].
NTHAB Dual-Frequency GNSS Anti-Jamming Processor Technical Data Matrix
| Engineering Parameter | Technical Specification Value |
|---|---|
| Input Channel Count | 8 channels, maximum +10 (dBm) [source: 4] |
| Output Channel Count | 1 channel, range -70 to -40 (dBm) [source: 4] |
| Input AGC Hardware | Supported Frequency Points [source: 4] |
| Supported Frequency Bands | BDS-B1, BDS-B3, GPS-L1, GPS-L2, GLONASS-L1, Galileo-E1 [source: 4] |
| Concurrent Mitigation Count | Up to 3 or 7 different directions simultaneously [source: 4] |
| Anti-Jamming Capability Depth | Single interference ≥110dB, Three interferences ≥95dB, Seven interferences ≥80dB [source: 4] |
| Hardware Data Interface | RS422 / UART (LVTTL) [source: 4] |
| Operational Voltage Input | 9 to 36Vdc [source: 4] |
| Rated Power Consumption | 16W [source: 4] |
| Total Hardware Weight | 47g Net Mass [source: 4] |
| Device Dimensions Profile | 90x60x11±0.5 (mm) Physical Enclosure [source: 4] |
| Operating Temperature Boundaries | -40°C to +70°C [source: 4] |
NTHAB Compact Enclosure Mechanical Dimensions / Structural Profile
The external housing of this Dual-Frequency GNSS Anti-Jamming Processor features an ultra-compact geometric envelope measuring 90mm×60mm×11mm with a strict manufacturing tolerance of ±0.5mm [source: 4]. Weighing 47g, the aluminum shield optimizes space utilization and structural loading [source: 4]. Fixed anchoring is accomplished via 4x Φ2.2mm integrated corner through-holes, facilitating rugged direct mounting onto lightweight sensor decks or embedded avionics racks [source: 4].
Figure 1: Technical schematic displaying the 90mm enclosure length, 60mm width profile, 11mm board thickness, and the relative positions of the four 2.2mm diameter mechanical fixation channels [source: 4].
NTHAB J30J-9ZKP Interface Blueprint & Pinout Assignments
| Pin Number | Signal Designation | Input / Output Type | Functional Description |
|---|---|---|---|
| 1 | GND | Ground | Shared Power and Signal Ground Connection Path [source: 4] |
| 2 | VIN+ | Input | Main DC Power Supply Input Line (9 to 36Vdc Operational Range) [source: 4] |
| 3 | RS422-TXP | Output | Primary Transmit Positive Line (Tx+) for Differential Telemetry Output [source: 4] |
| 4 | RS422-RXP | Input | Primary Receive Positive Line (Rx+) for Differential Configuration Link [source: 4] |
| 5 | UART_TX | Output | Universal Asynchronous Transmit Line for System Communications [source: 4] |
| 6 | GPI | Input | General Purpose Input Connection Pin [source: 4] |
| 7 | GND | Ground | Shared Power and Signal Ground Connection Path [source: 4] |
| 8 | VIN+ | Input | Redundant DC Power Supply Input Line (9 to 36Vdc Operational Range) [source: 4] |
| 9 | RS422-TXN | Output | Primary Transmit Negative Line (Tx-) for Differential Telemetry Output [source: 4] |
| 10 | RS422-RXN | Input | Primary Receive Negative Line (Rx-) for Differential Configuration Link [source: 4] |
| 11 | UART_RX | Input | Universal Asynchronous Receive Line for System Communications [source: 4] |
| 12 | GPO | Output | General Purpose Output Connection Pin [source: 4] |
NTHAB Industrial Dual-Frequency GNSS Anti-Jamming Processor Application Scenarios
- Airborne Embedded Systems Surveys: Ensures multi-frequency positioning stability for utility mapping drones and industrial UAV platforms executing flight plans near heavy corridor power infrastructures [source: 4].
- Automated Platform Protection: Delivers robust multi-channel filtering to protect specialized automated ground systems and robotic nodes from severe industrial environmental signal blocking [source: 4].
- High-Precision Positioning Systems: Shielding sub-decimeter geodetic hardware from surrounding multi-path noise or high-power carrier wave jamming emissions [source: 4].
- Base Station Timing Protection: Secures clock synchronization parameters for remote communication nodes, neutralizing environmental interference to lock down timing integrity [source: 4].
Engineering Integration Guidance Note: Review our comprehensive GNSS Anti-Jamming Systems & Processors portfolio to cross-reference multi-element terminal layouts, assess dynamic signal suppression bandwidths, or contact us directly to obtain complete information, technical quotations, or custom engineering solutions.
