BaltiGoMotorola two-way radio · GCC
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Digital two-way radios — DMR

The identifiers below are the ones this catalogue records as supporting DMR. That is the whole of what the list claims: a protocol presence recorded per identifier, not a statement that every digital feature is enabled in every build. Which features are entitled on the unit you receive is decided by the ordering code.

Identifiers matched
58
Selection rule
Supports DMR
Reviewed
2026-09-30

Identifiers in this collection

Derived from the catalogue at build time. Nothing on this page is transcribed by hand, so it cannot disagree with the identifier pages it links to.

IdentifierSeriesProtocolsFrequency bandChannel capacityIngress protection
CP100DCPDMR, AnalogueVHF/UHF; Analog/DMR (CP100D) or regional variant16IP54/55 (version-dependent)
CP100DCPDMR, AnalogueVHF/UHF; Analog/DMR (CP100D) or regional variant160IP54/55 (version-dependent)
CP100DCPDMR, AnalogueVHF/UHF; Analog/DMR (CP100D) or regional variant160IP54/55 (version-dependent)
CP1200CPDMR, AnalogueVHF/UHF; Analog/DMR (CP100D) or regional variantOfficial documentation does not confirm a fixed valueIP54/55 (version-dependent)
DM1400DMDMR, AnalogueVHF 136-174; UHF 403-470 MHz; Analog/DMR16 (DM1400) /160 (DM1600, firmware-dependent)IP54
DM1600DMDMR, AnalogueVHF 136-174; UHF 403-470 MHz; Analog/DMR16 (DM1400) /160 (DM1600, firmware-dependent)IP54
DM2600DMDMR, AnalogueVHF 136-174; UHF 403-470 MHz; Analog/DMR160IP54
DM3400DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527 MHz; Analog + DMR32IP54
DM3401DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527 MHz; Analog + DMR32IP54
DM3600DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527 MHz; Analog + DMR1000IP54
DM3601DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527 MHz; Analog + DMR1000IP54
DM4400DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300 MHz on selected models; Analog + DMR99IP54 (mobile radio body)
DM4400eDMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300/350-400; Analog + DMR99IP54
DM4401DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300 MHz on selected models; Analog + DMR99IP54 (mobile radio body)
DM4401eDMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300/350-400; Analog + DMR99IP54
DM4600DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300 MHz on selected models; Analog + DMR1000IP54 (mobile radio body)
DM4600eDMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300/350-400; Analog + DMR1000IP54
DM4601DMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300 MHz on selected models; Analog + DMR1000IP54 (mobile radio body)
DM4601eDMDMR, AnalogueVHF 136-174; UHF 403-470/450-527; 300/350-400; Analog + DMR1000IP54
DP1400DPDMR, AnalogueVHF/UHF; Analog + DMR16IP54
DP2400DPDMR, AnalogueVHF/UHF; Analog + DMR16IP55
DP2400eDPDMR, AnalogueVHF/UHF; Analog + DMR64IP67
DP2600DPDMR, AnalogueVHF/UHF; Analog/DMR128IP55
DP2600eDPDMR, AnalogueVHF/UHF; Analog + DMR128IP67
DP3400DPDMR, AnalogueVHF/UHF; Analog/DMR32IP57
DP3401DPDMR, AnalogueVHF/UHF; Analog/DMR32IP57
DP3441eDPDMR, AnalogueVHF/UHF; Analog + DMR64IP67
DP3600DPDMR, AnalogueVHF/UHF; Analog/DMR1000IP57
DP3601DPDMR, AnalogueVHF/UHF; Analog/DMR1000IP57
DP3661eDPDMR, AnalogueVHF/UHF; Analog + DMR1000IP67
DP4400DPDMR, AnalogueVHF 136-174; UHF 403-527; 300 MHz on selected models; Analog + DMR32IP57
DP4400eDPDMR, AnalogueVHF 136-174; UHF 403-527; 800 MHz on selected models; Analog + DMR64IP68
DP4401DPDMR, AnalogueVHF 136-174; UHF 403-527; 300 MHz on selected models; Analog + DMR32IP57
DP4401eDPDMR, AnalogueVHF 136-174; UHF 403-527; 800 MHz on selected models; Analog + DMR64IP68
DP4401exDPDMR, AnalogueVHF 136-174; UHF 403-470; Analog + DMR32IP67
DP4600eDPDMR, AnalogueVHF 136-174; UHF 403-527; Analog + DMR1000IP68
DP4601eDPDMR, AnalogueVHF 136-174; UHF 403-527; Analog + DMR1000IP68
DP4800DPDMR, AnalogueVHF 136-174; UHF 403-527; 300 MHz on selected models; Analog + DMR1000IP57
DP4800eDPDMR, AnalogueVHF 136-174; UHF 403-527; 800 MHz on selected models; Analog + DMR1000IP68
DP4801DPDMR, AnalogueVHF 136-174; UHF 403-527; Analog + DMR1000IP57
DP4801DPDMR, AnalogueVHF 136-174; UHF 403-527; 300 MHz on selected models; Analog + DMR1000IP57
DP4801eDPDMR, AnalogueVHF 136-174; UHF 403-527; 800 MHz on selected models; Analog + DMR1000IP68
DP4801exDPDMR, AnalogueVHF 136-174; UHF 403-470; Analog + DMR1000IP67
DR3000DRDMR, AnalogueVHF/UHF; Analog + DMR TDMA16Indoor rack equipment: no portable IP rating
MTR3000MTRDMR, AnalogueVHF 146-174; UHF multiple sub-bands; Analog + DMR16Indoor rack equipment
R2RDMR, AnalogueVHF 136-174; UHF 400-480 MHz; Analog/DMR64IP55
R5 LKPRDMR, AnalogueVHF 136-174; UHF 400-527 MHz; Analog/DMR256IP67
R7 FKPRDMR, AnalogueVHF/UHF/800/900 MHz; Analog/DMR1000IP66 + IP68 (2 m/2 h)
R7 NKPRDMR, AnalogueVHF/UHF/800/900 MHz; Analog/DMR64IP66 + IP68 (2 m/2 h)
R7ex FKPRDMR, AnalogueUHF 400-470 MHz; Analog/DMR Tier II/III1000IP66 + IP68 (2 m/2 h)
R7ex NKPRDMR, AnalogueUHF 400-470 MHz; Analog/DMR Tier II/III64IP66 + IP68 (2 m/2 h)
SL1600SLDMR, AnalogueVHF 136-174 MHz; UHF 403-470 MHz; Analog + DMR99IP54
SL2600SLDMR, AnalogueVHF 136-174; UHF 403-480 MHz; Analog/DMR256IP54
SL4000&SL4010SLDMR, AnalogueUHF; Analog/DMR1000IP54
SL4000eSLDMR, AnalogueUHF 403-470 MHz; Analog + DMR1000IP54
SLR1000SLRDMR, AnalogueVHF/UHF; Analog + DMR64IP65; suitable for indoor and outdoor use
SLR5500 / SLR5300SLRDMR, AnalogueVHF/UHF; Analog + DMR64Indoor rack equipment
SLR8000SLRDMR, AnalogueVHF/UHF/800/900 MHz (version-dependent); Analog + DMR64Indoor rack equipment
58 identifiers in this collection. Every row reads Supports DMR from the catalogue at build time — the same value the identifier page carries. A value the source document does not confirm is shown as unconfirmed rather than omitted.

What this page does not do

This page explains how the decision is made. It does not quote a list price, a stock quantity or a system-design recommendation, because the site does not hold one it can evidence. Anything shown as unconfirmed on the catalogue pages is unconfirmed here too.

Confirm the position with your regulator, your site authority or your freight forwarder before you commit to an order.

How to use this note

  1. Decide whether you need anything beyond group voice. If the answer is no, digital may be paying for capacity you will not use.
  2. Read the protocol note in the buyer notes before committing a fleet — it covers the staged-changeover case.
  3. Send the destination country and the licensed frequency range with your quantities.

What digital actually changes

RequirementAnalogDigital DMR
Voice, one channel to a groupAdequate. This is what analog does.Also adequate. Digital does not improve a problem that does not exist.
Calling one person rather than a groupNot available. Everyone on the channel hears everything.Available as an individual call, where the system is configured for it.
Text, work orders, check-in logsNot available.Available, and often the reason an operation moves — the traffic becomes auditable.
Location reporting into a control roomNot available from the handset.Available where the system includes it. Confirm the scope rather than assuming.
Encryption for sensitive trafficLimited to what the specific analog build supports.Available at several levels, and the level is a licensable feature.
Mixing with an existing analog fleetThe reference point.A digital radio can usually operate in analog mode too, so a staged changeover is possible.

A licensed feature is not a delivered feature

Where an encryption level or a system capability is sold as a licensable feature, the radio in the box may not have it enabled. Confirm the entitlement on the quotation line, not from the family name.

Where digital is not the answer

  • Where nobody will use individual calling, text or location. The digital premium then buys capacity the operation never consumes, and makes every future handset in the fleet more expensive.
  • Where the real problem is coverage. A change of protocol does not remove a steel structure from between two points.
  • Where the fleet is mid-life and fully analog. A staged changeover is usually cheaper than replacing working equipment, and digital radios generally operate in analog mode as well.

Not covered here

  • Which digital features a specific build is entitled to. That is an ordering-code question.
  • System design for dispatch, text or location. Those are project scopes, not handset selections.
  • Cost comparison between analog and digital. No prices are published on this site.

What to put in the first message

Every one of these removes a round trip. The enquiry page composes a brief containing them; you send it from your own mail or messaging app.

  • Destination country — this decides the approved variant and the marking.
  • The frequency range you are licensed to use, in MHz.
  • Quantity per site, and whether spares are included in that number.
  • Operating environment, if it is classified (hazardous area, mine, tunnel).
  • Whether the units must arrive programmed, and if so the channel plan.
  • Whether the fleet will be all-digital, or staged with analog equipment remaining in service.
  • Named features needed beyond voice — individual call, text, location, encryption level.
Compose an enquiry brief

Questions this collection raises

Admission and compliance

Type approval and frequency authorisation apply to the build and the destination, not to the protocol.

Analog or digital DMR for a fleet?

Digital is not simply the newer analog. It changes what the radio can be asked to do — and it changes what happens when part of your fleet stays analog.

UHF 403-470 or 403-527 MHz?

Both ranges are recorded in this catalogue, and the difference is not quality — it is where the ceiling sits. If your licensed frequencies sit above 470 MHz, only one of the two blocks reaches them.

Other collections

Enquiry

Send the configuration, not just the model name

Band, destination and quantity decide whether a quotation is usable in one round or three. Compose the brief and it carries all three.

Compose an enquiry

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