Multi-Constellation Configuration
A documented constellation combination supports configuration matching during system selection.
ResiNavAnti-Jamming TerminalsProduct image unavailableAnti-Jamming Terminals
16-Element Multi-Constellation GNSS Anti-Jamming Terminal
A GNSS anti-jamming terminal designed for receiver and platform integration. Its documented signal configuration is available for engineering evaluation.
Documentation: Available on request
PRODUCT OVERVIEW
This anti-jamming terminal provides the antenna-array reception and terminal functions needed between GNSS signals and the receiving navigation system. It is intended for engineering teams comparing terminal configurations for vehicles, marine equipment, industrial systems or custom navigation electronics. Selection should be based on the required signal configuration, receiver architecture, available installation space and the mechanical and electrical constraints of the target platform.
A documented constellation combination supports configuration matching during system selection.
The verified product record supports evaluation across more than one documented frequency band.
A verified channel configuration is available for receiver and system architecture review.
A verified antenna-element configuration provides a clear basis for comparing models in the series.
TỔNG QUAN KỸ THUẬT
RN2511-16A-SNB là một thiết bị đầu cuối GNSS chống gây nhiễu. Cấu hình đã công bố nêu 16 phần tử, 16 kênh; GPS; Galileo; BeiDou; GPS L1; Galileo E1; BDS B1. Hãy đánh giá các dữ liệu này cho việc tích hợp máy thu và nền tảng. Trước khi lựa chọn, hãy xác nhận với đội ngũ kỹ thuật về máy thu, tín hiệu cần thiết, không gian sẵn có, nguồn điện và các giới hạn về cáp hoặc đầu nối. Các thông tin chưa công bố về giao diện, đầu nối, đầu vào và môi trường phải được xác nhận trong RFQ.
HƯỚNG DẪN LỰA CHỌN
Hãy xem xét RN2511-16A-SNB khi cấu hình đã công bố (16 phần tử, 16 kênh; GPS; Galileo; BeiDou; GPS L1; Galileo E1; BDS B1) phù hợp với nhu cầu tích hợp. So sánh với RN2512-AJS-16CH-DPA dựa trên các cấu hình đã công bố; lựa chọn cuối cùng cần được xem xét kỹ thuật.
INTEGRATION & INSTALLATION
Detailed mounting, interface and integration information is available during technical evaluation.
VERIFIED SPECIFICATIONS
All verified parameters are grouped in one continuous product datasheet for engineering review.
APPLICATION SCENARIOS
These are application contexts, not customer installations or completed projects.

Navigation equipment integration within commercial vehicles and autonomous system architectures.
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Navigation equipment selection for commercial vessels, survey platforms and marine electronics.
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Receiver and navigation integration within automation, robotic and industrial control equipment.
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Configuration review for purpose-built navigation electronics and platform-specific constraints.
View applicationYÊU CẦU BÁO GIÁ
Các chi tiết này giúp đội ngũ kỹ thuật xem xét cấu hình đã công bố theo nhu cầu tích hợp.
MODEL-SPECIFIC BUYER REVIEW
RN2511-16A-SNB is a published 16-element, 16-channel GNSS anti-jamming terminal. Its product record names GPS L1, Galileo E1 and BDS B1, a 230 × 230 × 24 mm enclosure, power consumption of no more than 25 W, and RF output entries at 1561.098 MHz and 1575.42 MHz. These are useful screening facts. They do not, by themselves, establish the connector, output topology, simultaneous signal behavior or compatibility with a particular receiver.
Start with the receiver's required input signals and physical RF ports. If the project requires a signal that is not named in the RN2511 record, do not treat the model name or element count as evidence that it is available. Ask for the exact configuration to be checked. If the published signals match the must-have list, move to the interface and installation questions below before putting this terminal on the approved shortlist.
| Buyer check | Published RN2511 record | Decision before shortlist |
|---|---|---|
| Required signals | GPS L1; Galileo E1; BDS B1. | Compare the receiver's exact constellation and band requirements. A missing published signal needs supplier confirmation; silence is not proof of support or non-support. |
| Receiver RF input | RF output frequency entries: 1561.098 MHz and 1575.42 MHz; output power −70 to −60 dBm; 50 Ω impedance. | Ask for the output-port arrangement, connector, signal mapping, permitted cable path and receiver input limits for the exact proposed build. The published entries alone do not describe how all three named constellations reach a receiver. |
| Mounting envelope | 230 × 230 × 24 mm; weight no more than 1,250 g. | Check the installation drawing for footprint, clearance, cable exit and service access. Dimensions alone do not approve a mount or establish an environmental rating. |
| Power boundary | Consumption no more than 25 W. | Confirm input-voltage range, startup behavior, protection and connector details before allocating a platform power rail. |
The public RN2511 English datasheet (Rev. 0.1) and the live RN2511 specifications identify the configuration being reviewed. Quote the exact model and document revision in the decision record. For connector, installation or receiver-interface material not included in the public document, ask what can be provided for the proposed build.
The product's published anti-jamming figures belong to its stated record, but this page does not use them to rank terminals. A buyer comparing interference performance needs the test setup, interferer definition, receiver, configuration and acceptance criterion for each candidate—not an element-count comparison. Use the receiver-evaluation guide to plan the test conditions and recovery evidence to request.
If RN2511's listed signals and envelope fit your initial screen, ask for an RN2511 receiver-fit review with the receiver model and input requirements. If the required published signal set differs, compare the other documented products rather than treating another 16-element model as interchangeable.
Tài liệu
Download the RN2511 English datasheet (Rev. 0.1, PDF). For connector, port mapping, input voltage and installation details not in the public record, ask what can be supplied for the proposed configuration.
Include the receiver architecture, required bands, mounting location, available installation space, power path and interface constraints so that the final configuration can be reviewed for the intended platform.
ENGINEERING RFQ
Use the product-specific enquiry to share the receiver model, required constellations and bands, mounting arrangement, installation space, power path and interface constraints for engineering review.