LILYGO® Shipping to worldwide
T-PCIE
T-PCIE
ESP32 SIM Series Nano Card Composable Wireless Development Board
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Payment Method
About Shipping
About Shipping
Methods & Delivery Time
- DHL 7-10 business days
- FedEx 7-10 business days
- Standard Express 10-25 business days
- Overseas Warehouse* 7-15 business days
*Available from: Germany, USA, Canada
Please note that all delivery times are estimated for reference only.
Check More Info: Shipping Policy
About Tax
About Tax
We only charge the product cost and shipping cost.
1. For Standard Express Order: You may not need to deal with customs clearance, just need to pay attention to the track of the parcel, but this is not absolute, if your parcel is inspected by the customs, then you need to assist in dealing with customs clearance.
2. For DHL/ FedEx Order: You need to deal with the relevant customs clearance matters, as well as pay the tariff, the specific amount of tariff please pay attention to the policy of your country.
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The above tariffs are for reference only, please pay attention to your country's tax policy for more detailed instructions, if you need our help or have questions please feel free to contact us.
Since AXP192 is out of production, it is now replaced by AXP2101.
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This T-PCIE is equipped with a 4.0H socket, which is used to link the T-PCIE SIM module. We have many T-PCIE SIM modules, you can match freely, we have SIM868, SIM7000X, SIM7600X, SIM7020X, SIM7070X, SIM7080X, A7608X-H, and A7670X.
LILYGO® 2022/4/8
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Hardware Specifications |
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Chipset |
ESP32-WROVER-B/E(B and E are shipped randomly) |
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FLASH |
4MB/16M |
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PSRAM |
8MB |
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SRAM |
520 kB SRAM |
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Button |
PWR Power Switch,Reset |
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USB to TTL |
CH9102F |
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On-board clock |
40MHz crystal oscillator |
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Peripherals |
SIM Nano Card Slot,Mini PCIE Card Slot |
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Antenna |
Onboard antenna(Default) |
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Working voltage |
2.7V-3.6V |
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Working current |
- |
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Sleep current |
About 700uA |
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Working temperature range |
-40℃ ~ +85℃ |
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Size |
75*33*10.5mm |
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Weight |
14.5g |
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Power Supply Specifications |
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Power Supply Input |
USB 5V/1A |
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Charging current |
500mA |
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Battery Input |
3.7-4.2V |
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Charge IC |
AXP192 |
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JST Connector |
2Pin 2.0mm |
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USB |
Type-C |
Technology Support [Github]
If you need technical support please check the link to find more details.
T-PCIE
Pin Diagram
What's In The Box
T-PCIE CH9102
- 1 XT-PCIE CH9102 4MB/ 16MB
- 1 X Charging Cable
- 2XPin
T-PCIE
- 1X SIM module [no MCU on board]
- 1X LET Antenna
- 1X GPS Antenna
- 2X Screw
[Note: The SIM module is for reference only, the specific model depends on your purchased version ]
[No MCU on board, you need to purchase the main control module separately and then use it together. ]
Customer Reviews
After i got the product i testing it and a have an issue with coax connector.
Here is an image with the problem:
image.png
After the first use the connectors broken. I think due to cold soldering.
I this case the module is useless.
I'm waiting for your offer.
Best regards,
Bence Kovács
Dear Bence Kovács,
Thank you for your feedback regarding the issue with the coax connector. We sincerely apologize for any inconvenience this has caused.
We are glad to confirm that our customer service team has already connected with you via email and has provided a solution.
We appreciate you giving us the opportunity to make things right. Please feel free to reply to that email if you have any further questions.
Thank you again for your patience and understanding.
Best regards,
The LILYGO Team
Failed so send and still did not reimburse.
Hi,
Thanks for your feedback, and we're truly sorry your package was delayed. We're glad we've connected by email to resolve this. Your package is now on its way again, and the tracking details will be in your inbox shortly. If you have any other questions, we're here to help.
We have migrated our solution from the T-Call series to the T-PCIE for its modular design offering several SimCom 4G modems. In particular for now we are using the simcom7070G variant for its global footprint.
Our solution is Micropython based. We are updating and improving our code base to be fully compatible with stock Micropython 1.20.
T-PCIE
It's okay. It works. But tutorials could be improved. I was wondering a lot of times why certain lines of code were used and it provides almost no explanation. Hardware 10/10, Software 5/10
