TECHSHIP IS A GLOBAL SUPPLIER OF WIRELESS COMPONENTS

Register

Techship PC201 Adapter (miniPCIe to USB-C, Dual SIM)

Article Number: 12538
Brand: Techship
Supplier number:

Fast-forward the IoT transition with Techship’s PC201 adapter board. Designed to ease the integration of miniPCIe based cellular data cards in both new products and existing product design updates.

In-house designed by our engineering team for compatibility with a wide range of miniPCIe cellular data cards and useful in numerous types of applications with data connectivity.

Integrate the adapter directly in your host device by USB interface or assemble it on top of your Raspberry Pi4, making an all-in-one host device with cellular connectivity. Perfect when the step from product idea to proof-of-concept and sample devices need to be swift.

The PC201 adapter board is often used as a flexible and cost-effective development kit for miniPCIe data cards. The compatibility with a large number of data cards from multiple vendors makes it a handy alternative to expensive vendor specific development kits.

End-of-life

This product has reached
end-of-life and can not be
ordered any more.

Quantity Price

No prices available

For more information
please contact us at
sales-americas@techship.com

For larger quantities and complete pricing, please sign in or register

Do you need offline data on this product?

Download datasheet

Subscribe to stay up to date with the latest about this product.

Subscribe to updates
Onboard slot-in card type
mPCIe - half size
mPCIe - full size
mPCIe
SIM interface
Through SIM slot on product
Nano (4FF) SIM-slot
Dual SIM interface
Form Factor
USB
USB Type C
Data Interface
USB 3.2
USB 3.1
USB 3.0
USB 2.0
Operating Temperature Range
-20 °C – 75 °C

Datasheet for the Techship PC201 adapter

Download

Uploaded at
2023-09-12 09:50:53
Last updated
2023-09-13 16:42:38
Version
V1.0
Related products
Techship PC201 Adapter (miniPCIe to USB-C, Dual SIM)

Hardware guide for the Techship PC201 adapter

Download

Uploaded at
2023-09-13 16:40:01
Last updated
2023-09-13 16:41:01
Version
R1.0
Related products
Techship PC201 Adapter (miniPCIe to USB-C, Dual SIM)

FCC ICES Supplier's Declaration of Conformity Document for Techship MC201, PC201 Adapters

Download

Uploaded at
2023-11-03 09:19:05
Last updated
2023-11-03 09:19:49
Version
1
Related products
Techship MC201 Adapter (M.2 key B to USB-C, Dual SIM)
Techship PC201 Adapter (miniPCIe to USB-C, Dual SIM)

EU Declaration of Conformity Document for Techship MC201, PC201 Adapters

Download

Uploaded at
2023-11-03 09:15:23
Last updated
2023-11-03 09:15:23
Version
1
Related products
Techship MC201 Adapter (M.2 key B to USB-C, Dual SIM)
Techship PC201 Adapter (miniPCIe to USB-C, Dual SIM)
Question

Example on how to control a Techship PC201 adapter via GPIO signals when it is assembled as a hat on a Raspberry PI4.

Solution

Example on how to control a Techship PC201 adapter via GPIO signals when it is assembled as a hat on a Raspberry PI4.

Hardware:
Assemble the PC201 adapter as a hat for the Raspberry PI4 unit and Assemble a 40-pin riser header between the PCBs.

To use signals from the GPIO socket to control the PC201 adapter, place jumper links on the PC201's pin headers mentioned below, depending on the function you want be able to control by GPIO.

Host system OS / software:
In this example we are running Raspberry Pi OS and using the raspi-gpio tool to configure and control the Raspberry PIs GPIO signals.
Configure the Raspberry Pi's GPIO 26,27 for output functionality with pull down and GPIO 16 for output functionality with no pull down.
sudo raspi-gpio set 26,27 op pd
sudo raspi-gpio set 16 op pn

GPIO 27 - Controlling the MC201 adapters power IC enable signal
(Ensure J7 have a jumper link between pin 2-3 on PC201 PCB)
Enable signal on:
sudo raspi-gpio set 27 dh
Enable signal Off:
sudo raspi-gpio set 27 dl

Some modems will not boot up after power supply is enabled if not the wireless disable signal is also set to high/normal mode state.

GPIO 16 - Controlling the miniPCIe sockets Wireless Disable signal
(Ensure J4 have a jumper link on PC201 PCB)
Wireless disable Off: (normal operational mode)
sudo raspi-gpio set 16 dh
Wireless disable on: (wireless disabled mode)
sudo raspi-gpio set 16 dl

GPIO 26 Controlling the miniPCIe sockets Hardware Reset signal
(Ensure J8 have a jumper link on PC201 PCB)
Activate reset signal:
sudo raspi-gpio set 26 dh
Release reset signal:
sudo raspi-gpio set 26 dl

For detailed information of the GPIO control signals routing please refer to the Techship PC201 adapter hardware guide.

For details about cellular modem behaviour to control signals, timings, etc. please refer to the modem manufacturers hardware guide.