Hytera RD986 Repeater
The Hytera RD986 is a professional repeater from the RD98X family, with analog and DMR digital operation. The official Brazilian page reports 64 channels, power from 5 to 50 W and 100% duty cycle.
There are VHF or UHF versions, 13.6 V DC power supply and IP interconnection, roaming and RDAC diagnostic features depending on the system configuration.
5 to 50 W
Published power.
64 channels
Published capacity.
100% duty cycle
Continuous operation.
8.5 kg
Published weight.
OVERVIEW
Meet the Hytera RD986 repeater
The RD986 combines analog and digital operation, adjustable power and IP integration. Frequency band, power, antenna, cable and power supply must be sized according to the project.
- 64 channels and analog or DMR digital operation
- Power from 5 to 50 W with 100% duty cycle
- IP interconnection, roaming and RDAC diagnostics
Analog and DMR
Operational migration
Automatic switching according to programming.
• 64 channels
• VHF or UHF
• 5 to 50 W
Network management
Integration and diagnostics
Features published for professional operation.
• IP interconnection
• Roaming
• Remote and local RDAC
Hytera RD986: DMR infrastructure repeater
The Hytera RD986 is a rack-mount DMR repeater with 64 channels, power from 5 to 50 W and interconnection and management features published by the manufacturer.
Hytera RD986 in DMR networks
The Hytera RD986 is a digital DMR repeater for radio communication infrastructure. The official Brazilian RD98X series page remains available and identifies the RD986 in its specifications.
The equipment has 64 channels and RF output power from 5 to 50 W. There are versions for different VHF and UHF segments. The correct unit must be selected based on the authorized band, existing terminals, and system architecture. The published bands do not mean that a single unit covers all of them.
Duty cycle and power supply
Hytera specifies a 100% duty cycle and a 13.6 V DC supply with a 15% tolerance. Published consumption is up to 1 A on standby and up to 11 A when transmitting. The power supply, backup battery, cables and electrical protection must support the current and installation conditions.
The published operating temperature ranges from -30 °C to +60 °C. RD986 measures 483 × 88 × 366 mm and weighs 8.5 kg. The rack format requires space, ventilation, mounting, grounding and maintenance access. Equipment installed in the same cabinet also contributes to the thermal load.
Display and local operation
The panel has a display with a 50.8 mm diagonal, corresponding to the manufacturer’s published 2.0 inches, a resolution of 220 × 176 pixels and four lines. Published audio output is 0.5 W. These features support local operation and diagnosis, but full configuration depends on the software and system parameters.
IP interconnection, roaming, and RDAC
Hytera publishes IP interconnection to expand compatible architectures, as well as roaming features and RDAC management via IP or USB. Each feature must be configured according to version, licenses, and topology. IP network, addressing, security, latency, and availability become part of the project when sites are interconnected.
RDAC allows compatible supervision, but does not replace physical maintenance. Power measurements, reception, cable losses, and connector condition remain necessary. Software alarms help guide diagnosis, but alone do not prove the integrity of the radiating system.
Infrastructure components
Antenna, duplexer, cables, power supply, battery and surge protection are relevant, but must be sized as project components.
The duplexer must match the band, frequency separation, and power. Cables and connectors must consider length and losses. The antenna must be chosen for the band and installed in a safe position. All these points influence coverage more than a generic range description.
Survey, programming, and support
Before requesting a quote, provide band, frequencies, number of users, radio models, installation sites, and need for IP interconnection. RD986 programming must remain consistent with terminals and other repeaters on the network.
ABC Mais Telecom can evaluate architecture, programming, installation, and specialized technical service. In an existing unit, diagnosis includes power supply, alarms, power, sensitivity, connectors, firmware, and system parameters. The proposal is built after scenario verification, without promising fixed coverage or including undocumented components.
Technical checklist for specifying the Hytera RD986
The specification of the Hytera RD986 begins with identifying the exact version. The page does not combine features from different versions. The published capacity is 64 channels and RF output is 5 to 50 W. The project must relate these data to the authorized band, number of groups, and radios already in operation.
1. Confirm band and version before programming
For the Hytera RD986, the VHF or UHF version must be confirmed within the published segments for the RD98X series. Frequency is not chosen solely by user preference. It must comply with regulations, licensing when applicable, and compatibility with portables, mobiles, antenna, and duplexer. The complete unit code helps avoid configuration based on a different variant.
2. Measure the installation site
The Hytera RD986 installation site must be inspected before mounting. Available height, cable routing, grounding, ventilation, maintenance access and distance to the antenna affect the result. The equipment measures 483 × 88 × 366 mm and weighs 8.5 kg. These measurements help check the rack, wall, cabinet and service space without improvisation.
3. Size antenna and duplexer
Antenna and duplexer are not universal accessories for the Hytera RD986. Band, transmit/receive separation, power, and losses must be compatible. Duplexer tuning must be measured with appropriate instruments. A visually similar part may operate in another band and impair coverage, reception, or transmitter protection.
4. Calculate transmission line losses
Cable length and type, connectors, splices, and surge protection alter the power reaching the antenna. The published output of 5 to 50 W does not automatically equal radiated power. For the Hytera RD986, the project records these losses and verifies standing wave ratio before concluding that a coverage difficulty comes from the repeater.
5. Prepare power and backup
The official power supply for the Hytera RD986 is 13.6 V DC with a 15% tolerance, up to 1 A on standby and up to 11 A when transmitting. The power supply, circuit breakers, cables and any backup battery must be sized for actual consumption and the desired backup runtime. An electrical input does not prove that any power supply will work. Polarity, voltage, current and protection must be checked.
6. Plan programming and groups
Hytera RD986 programming must be consistent with all radios in the system. Frequencies, channel width, color code, groups, lists, and analog or digital parameters are documented before changes. A validated backup reduces risk of configuration loss. Changes are tested in a controlled manner because a repeater affects many users at once.
7. Validate network features
For the Hytera RD986, IP interconnection, roaming, and RDAC management should be considered according to compatible configuration. An Ethernet connector or a mention of IP does not guarantee ready interconnection. Version, licenses, topology, addressing, security, and network availability must be confirmed. Conventional communication should also remain documented for diagnostics.
8. Commission with measurements
After installation, the Hytera RD986 undergoes verification of power, frequency, modulation, reception, alarms, and operation with real terminals. The radiating system is also measured. Voice tests are performed at representative points in the environment. The report should separate measured facts from estimates, avoiding turning a test condition into a general range promise.
9. Document preventive maintenance
The Hytera RD986 routine may include inspection of power supply, ventilation, connectors, grounding, cables, alarms, and programming parameters. Failure history and infrastructure changes help find root cause. When coverage changes, investigation considers antenna and transmission line before concluding that the RF module needs replacement.
10. Respect the model lifecycle
Version and availability remain subject to inquiry.
11. Separate proven components from generic items
Infrastructure components remain within the technical scope, but are specified by band, power and installation, not by appearance or image reuse.
12. Information for a responsible quote
To evaluate the Hytera RD986, send city, band, frequencies, number of users, existing radios, area, obstacles, installation site, and network needs. Infrastructure photos and programming backups also help. ABC Mais Telecom uses this data to guide study, implementation, programming, and specialized technical service without forcing a solution before diagnosis.
RD986 network registration and diagnostics
In a network with more than one RD986, the inventory must record band, serial number, network address, firmware version, groups, antenna position, and power supply for each site. This map allows relating an RDAC alarm to the correct location and avoids changing another repeater’s configuration. It is also recommended to keep the programming backup along with the maintenance history.
When coverage loss occurs, verification compares power, sensitivity, cables, connectors, duplexer, and antenna of the RD986. In IP interconnections, latency, availability, and network rules enter the diagnosis. Joint analysis prevents an infrastructure failure from being treated as an RF module defect.
Technical specifications
Hytera RD986 technical data according to the official Hytera Brazil page.
64 channels
Published capacity.
5 to 50 W
RF power.
100% duty cycle
Continuous operation.
13.6 V DC
Published voltage.
Detailed data sheet
| Category | Professional analog and digital DMR repeater |
| Capacity | 64 channels |
| VHF version | 136 to 174 MHz |
| UHF 1 version | 350 to 400 MHz |
| UHF 2 version | 400 to 470 MHz |
| UHF 3 version | 450 to 520 MHz |
| RF power | 5 to 50 W |
| Duty cycle | 100% |
| Power supply | 13.6 V DC ±15% |
| Standby current | Up to 1.0 A |
| Transmit current | Up to 11 A |
| Display | LCD 220 × 176, 262 thousand colors, 4 lines |
| Rated audio | 0.5 W |
| Operating temperature | -30 °C to +60 °C |
| Storage temperature | -40 °C to +85 °C |
| Dimensions | 483 × 88 × 366 mm |
| Weight | 8.5 kg |
Features explained
The points below reproduce features published by Hytera. Suitability for the environment and infrastructure must be verified in the technical design.
Analog and digital operation
The RD986 can automatically switch between analog and digital channels. Migration must respect the programming and architecture defined for the network.
Bands and power
The published RF power is 5 to 50 W. Available versions are VHF 136 to 174 MHz or UHF 350 to 400 MHz, 400 to 470 MHz, or 450 to 520 MHz.
Interconnection and diagnostics
Repeaters on different frequencies can be interconnected via IP. The official source also reports roaming, remote diagnostics RDAC via IP, and local diagnostics via USB.
Power supply and consumption
The published power supply is 13.6 V DC ±15%. The reported consumption is up to 1.0 A in standby and up to 11 A in transmit.
Dimensions and environment
Dimensions are 483 × 88 × 366 mm and weight is 8.5 kg. The published operating range is -30 °C to +60 °C.
Repeater design
Consult the RD986 variant data sheet to define the project.
Technical consultation
If there is any doubt about networks, accessories, or intended use, send the context so the commercial team can evaluate the appropriate configuration.
Manufacturer source
Consult the RD986 variant data sheet to define the project.
Applications to evaluate
The RD986 can integrate professional networks that require repeating, gradual migration between analog and DMR, remote diagnostics, and interconnection of repeaters via IP.
Manufacturer source
Consult the RD986 variant data sheet to define the project.
Applications and design of the Hytera RD986
The RD986 can integrate local DMR networks or those interconnected via IP, provided infrastructure, licenses, and coverage are evaluated.
Local and interconnected networks
IP interconnection allows evaluating architectures with more than one point. The data network needs to be sized and protected for the operation.
Roaming and management
Roaming and RDAC are features published by Hytera. Configuration depends on the architecture and should not be presumed in any deployment.
Rack installation
Power, ventilation, grounding, duplexer, cables, and antenna need to be defined for the band and power used.
Technical quote
Send frequencies, existing radios, area, installation points, and IP needs. ABC Mais Telecom can then guide project, programming, and support.
Components defined by the project
Antenna, duplexer, cables, and supplementary power depend on the installation. ABC Mais Telecom evaluates these items in the quote, without presuming compatibility or inclusion.
Request a quote
Fill in the fields to receive a technical quote, with price on request and guidance on the usage scenario.
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Response by email and WhatsApp. No obligation · price on request. We also rent: in rentals, Anatel frequency licensing is already included by ABC Mais Telecom.
Frequently asked questions
How many channels does the RD986 have?
The Hytera RD986 has 64 channels.
What is the power of the RD986?
The published RF output power is 5 to 50 W; programming must respect the variant and the project.
What is the published duty cycle?
The published duty cycle is 100%, under the manufacturer’s installation conditions.
How is the RD986 powered?
Power supply is 13.6 VDC with 15% tolerance. Published consumption is up to 1 A in standby and up to 11 A in transmit.
Does the RD986 offer IP interconnection?
Yes. Hytera publishes IP interconnection, roaming and RDAC diagnostics, with network-compatible configuration.
What are the dimensions of the RD986?
The RD986 measures 483 × 88 × 366 mm and weighs 8.5 kg.
