ZTE MG2636 module user hardware design ManualV1.0

This manual is applicable to MG2636 module, introduces the functional overview, block diagram, application diagram, reference to related documents and other information of the module, as well as pin description, hardware interface description, structure and other information.


 ZTE MG2636 module user hardware design ManualV1.0  - cover page
Brand
ZTE
Category
Communications equipment
Document type
User Manual
Language
English
Pages
27
File format
PDF
File size
1022 KB
Updated
30 September, 2023
Model
MG2636
MD5 checksum
51D0380DAA2F7B64D00BDA6CD51775A5

About this manual

This manual describes the hardware design of the ZTE MG2636 GSM/GPRS module, covering its functional blocks, mechanical layout, and electrical characteristics. It is intended for engineers integrating the module into devices and includes reference design guidelines and calibration information.

Key sections include a pin‑assignment table for the 50‑pin B2B connector, detailed UART interface parameters, power consumption figures, operating temperature ranges, RF performance data for EGSM and DCS bands, and recommended supply voltage levels. The document also provides part numbers for related components and mechanical drawing references.

What's inside

  • Hardware Overview
  • Pin Assignment
  • Electrical Characteristics
  • RF Performance
  • UART Interfaces
  • Power Consumption
  • Temperature Range

Specifications

EGSM900 Frequency Band880~915 MHz
DCS1800 Frequency Band1710~1785 MHz
Output Power Class 42 W (31~35 dBm)
Receiver Sensitivity< -106 dBm
Supply Voltage34 V ~ 43 V
Operating Temperature Range-40 °C ~ +85 °C
UE Current Consumption2.5 mA
GPRS Peak Current300 mA

Frequently asked questions

What frequency bands does the MG2636 module support?

The MG2636 operates in the EGSM900 band (880~915 MHz) and the DCS1800 band (1710~1785 MHz).

What is the maximum output power of the MG2636 module?

It can transmit up to 2 W (Class 4) with a power level of 31~35 dBm, or 1 W (Class 1) at 28~32 dBm.

What supply voltage range is recommended for the module?

The module requires a supply voltage between 34 V and 43 V.

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