AHPI6108E

AHPI6108E

AHPI6108E is the world's leading WiFi HaLow™ Raspberry Pi™ kit

The AHPI6108E allows building long range, ultra-low power WiFi networks in sub 1 GHz license-exempt bands, utilizing the very popular and open platform - the Raspberry Pi™.

WiFi HaLow™ enables connectivity for many applications, including sensors and wearables. With up to 32.5Mbps high data rate and complete SDK, getting started with this new WiFi HaLow standard will be straightforward.

 

Key Features

  1. Morse Micro MM6108 HaLow module
  2. WiFi HaLow antenna with RF cable
  3. Raspberry Pi™ 40-pin GPIO connector
  4. mikroBUS™ socket with SPI, I2C and UART support

 

Specifications

Chipset

Morse Micro MM6108

Frequency

915 MHz (US)

868 MHz (EU)

924 MHz (JP)

920 MHz (TW)

Modulation

OFDM with BPSK, QPSK, 16QAM, 64QAM

Max. Data rate

Up to 32.5 Mbps (Max. Phy rate)

Channel bandwidth

1/2/4/8 MHz (US)

1 MHz (EU)

1/2/4 MHz (JP)

1/2/4/MHz (TW)

Antenna

HaLow antenna with IPEX4 (MHF4) to SMA RF cable

Interface

M.2/NGFF 2230 E-Key socket: SDIO

MikroBUS™: SPI, I2C, UART

LED indicators

Power LED

Form factor

Raspberry Pi™ HAT

Dimensions

65 × 56 × 19 mm

Operating temperature

-20°C to 70°C (-4°F to 158°F)

Software & SDK

https://github.com/MorseMicro

Board configuration file (BCF)

Linux: bcf_mf04151.bin

STM32: bcf_mf04151.mbin

You must use the correct board configuration file (BCF). Please contact sales or technical support.

 

Order Information

AHPI6108E (US)

AHPI6108E (EU)

AHPI6108E (JP)

AHPI6108E (TW)

902 MHz – 928 MHz

863 MHz – 868 MHz

920.5 – 927.5 MHz

920.5 – 924.5 MHz

26 MHz

5 MHz

7 MHz

4 MHz

 

RF Specifications

Tx transmit power / Rx receive sensitivity

Data Rate

Modulation

BW=1M (915.5MHz)

BW=2M (903MHz)

BW=4M (906MHz)

BW=8M (908MHz)

Tx (dBm)
+/-1.5

Rx (dBm)

IEEE spec.

Tx (dBm)
+/-1.5

Rx (dBm)

IEEE spec.

Tx (dBm)
+/-1.5

Rx (dBm)

IEEE spec.

Tx (dBm)
+/-1.5

Rx (dBm)

IEEE spec.

MCS0

BPSK

25

-100

-95

25

-98

-92

25

-96

-89

25

-92

-86

MCS1

QPSK

25

-97

-92

25

-95

-89

25

-93

-86

25

-89

-83

MCS2

QPSK

25

-94

-90

25

-92

-87

25

-90

-84

25

-86

-81

MCS3

16-QAM

24

-91

-87

24

-89

-84

24

-87

-81

24

-83

-78

MCS4

16-QAM

23

-88

-83

23

-86

-80

23

-84

-77

23

-80

-74

MCS5

64-QAM

20

-85

-79

20

-83

-76

20

-81

-73

20

-77

-70

MCS6

64-QAM

19

-82

-78

19

-80

-75

19

-78

-72

19

-74

-69

MCS7

64-QAM

19

-80

-77

19

-78

-74

19

-76

-71

19

-72

-68

Note: The transmit power levels are for IEEE compliance for 802.11ah.
          Compliance with any regional spectrum standards is not considered.
          (eg, FCC, CE, TELEC, NCC)

 

Power Consumption & Operating Conditions

◎ Power consumption (Average)

AHPI6108E Current Consumption @ VDD=3.3V (Unit: mA)

Randomly Generated Packets 100% duty cycle

Data Rate

Modulation

BW=1M

BW=2M

BW=4M

BW=8M

MCS10

BPSK

625

(910.5MHz)

N/A

N/A

N/A

MCS0

BPSK

602

(910.5MHz)

522

(911MHz)

460

(910MHz)

392

(908MHz)

MCS7

64-QAM

249

(910.5MHz)

198

(911MHz)

186

(910MHz)

183

(924MHz)

 

◎ Operating Conditions

Symbol

Minimum

Typical

Maximum

Unit

VDD

3.3

V

Ambient temperature

-20

25

70

°C

 

M.2/NGFF 2230 E-Key slot pin definition

 

mikroBUS™ socket pin definition

 

40 pin GPIO connector pin definition

 

 

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