Emissions Designator 33M2G7D

Decode the occupied bandwidth, modulation, signal nature, and information type.

Decoded Emission Designator

Emission Designator33M2G7D
Normalized Code33M2G7D
Necessary Bandwidth33.2 MHz
Modulation Type[G] Angle modulation, phase modulation
Signal Nature[7] Two or more channels containing quantized or digital information
Information Type[D] Data transmission, telemetry, or telecommand
Common UsePhase-modulated digital data using two or more digital channels

What This Means

33M2G7D is an FCC emission designator. It describes an emission with an indicated necessary bandwidth of 33.2 MHz, angle modulation, phase modulation, two or more channels containing quantized or digital information, carrying data transmission, telemetry, or telecommand.

Commonly, this is used for Phase-modulated digital data using two or more digital channels. The exact meaning can still depend on the frequency band, grant conditions, and device operating mode.

How to Read 33M2G7D

StepValueMeaning
Bandwidth prefix33M233.2 MHz
First symbolGAngle modulation, phase modulation
Second symbol7Two or more channels containing quantized or digital information
Third symbolDData transmission, telemetry, or telecommand

Purpose on FCC Records

Emission designators are used on FCC grants and equipment authorization records to summarize the radio emission being authorized. They help identify how wide the emission is, how the carrier is modulated, whether the signal is analog or digital, and what kind of information is being transmitted.

They are useful for comparing radios, matching a grant to a modulation type, and understanding whether an authorization covers voice, data, telemetry, video, or mixed services.

An emission designator is not the whole authorization. It does not by itself prove the exact channel plan, antenna limits, output power, or every condition on the grant. For those details, read the FCC grant and the related test reports.

Bandwidth Notes

The bandwidth prefix uses a letter as both the decimal point and the unit. For example, 20K0 means 20.0 kHz, 8M91 means 8.91 MHz, and 345K means 345 kHz.

For 33M2G7D, the first four characters decode to 33.2 MHz. The remaining symbols describe modulation, signal nature, and information type.

Symbol Reference for 33M2G7D

SymbolPositionCategoryDecoded Meaning
GFirst symbolCarrier modulationAngle modulation, phase modulation
7Second symbolModulating signalTwo or more channels containing quantized or digital information
DThird symbolInformation transmittedData transmission, telemetry, or telecommand

Regulatory Reference

The FCC classification system for emission, modulation, and transmission characteristics is defined in 47 CFR 2.201. The FCC also indicates that the full emission designation is preceded by the necessary bandwidth when the full designation is required.

FCC 2.201 Notes

  • FCC emission designators combine emission classification with the necessary bandwidth of the emission.
  • The three required symbols identify carrier modulation, nature of the modulating signal, and type of information transmitted.
  • Fourth and fifth symbols may be added for a more complete description, but the Commission does not require them.
  • When frequency modulation F is indicated, phase modulation G is also acceptable under the FCC note in this section.
  • Pulse-code or other quantized direct modulation should be classified under the amplitude or angle modulation groups, not merely as pulse emission.
  • The information symbol does not include constant, unvarying information such as standard frequency emissions, continuous wave emissions, or pulse radars.
  • Type B damped-wave emission is an FCC exception and is forbidden.
  • When the full designation is needed, the emission symbol is preceded by the necessary bandwidth as indicated in 47 CFR 2.202(b)(1).

FCC Records Using 33M2G7D

FCC IDDeviceFrequencyDate
MSQFM350GL5G Module3557.8-3690 MHz2025-04-09
ZMOFM350GL5G Module Computer3557.8-3690 MHz2025-04-01
HD5-CT37X1Nmobile computer2506-2682.2 MHz2024-12-09
B94HNI61CKL4HSN-I61C3557.8-3690 MHz2024-04-09
B94HNI61CKLUHSN-I61C3557.8-3690 MHz2024-03-27
2AJN7-TP00145AUNotebook Computer3557.8-3690 MHz2024-03-26
B94HNI46CKLUSystem Model HSN-I46C3557.8-3690 MHz2024-03-05
B94HNI45CKLModel HSN-I45C3557.8-3690 MHz2024-03-04
B94HNI46CKLModel HSN-I46C3557.8-3690 MHz2024-02-26
B94HNI45C4KLModel HSN-I45C-43557.8-3690 MHz2024-02-21
B94HNI45C6KLModel HSN-I45C-63557.8-3690 MHz2024-02-21
B94HNI45C3KLModel HSN-I45C-33557.8-3690 MHz2024-02-20
E2KFM350GL5G Module3557.8-3690 MHz2023-10-24
ZMOFM350GL16LTE Module3557.8-3690 MHz2023-09-14
ZMOFM350GLG5G Module3557.8-3690 MHz2023-03-09
ZMOFM350GLL5G Module3557.8-3690 MHz2023-03-09
B94HNI59CKL2HSN-I59C3557.8-3690 MHz2023-03-03
B94HNI50CKLModel HSN-I50C3557.8-3690 MHz2023-01-10
B94HCI006RKVHSC-I006R3557.8-3690 MHz2022-11-14
2AUYFRMX3686Mobile Phone with GSM, WCDMA, LTE, 5GNR, Bluetooth, WiFi and NFC2503.8-2682.2 MHz2022-11-02
B94R2022GPKVNotebook PC3557.8-3690 MHz2022-10-06
B94TNC155KVGP4Model TPN-C1553557.8-3690 MHz2022-05-12
PU5-TP00132BNotebook Computer3557.8-3690 MHz2022-04-25
B94TNC155KVGP2Model TPN-C1553557.8-3690 MHz2022-04-20
2AJN7-TP00130CUNotebook Computer3557.8-3690 MHz2022-03-31
2AJN7-TP00129BNotebook Computer3557.8-3690 MHz2022-02-21
2AJN7-TP00128BNotebook Computer3557.8-3690 MHz2022-02-15
ZMOFM350GL-D15G Module3557.8-3690 MHz2021-06-16
ZMOFM350GL-D25G Module3557.8-3690 MHz2021-06-16
PIDASPOT5410B42H/B43L/B483550-3700 MHz2021-01-11
MAD-G06RRH-46-01B2x40W B71 RRH617-652 MHz2020-07-13