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SIMCom SIM7000A CAT-M mPCIe

Article Number: 10950
Brand: SIMCom
Supplier number: S2-107YF-Z1T62

The SIM7000A is a CAT-M1 (eMTC) Multi-Band LTE-FDD module solution on mPCIe card.
This module is for the North American market.

It is designed for applications that need low latency, medium throughput data communication in a variety of radio propagation conditions. Due to the unique combination of performance, security and flexibility, this module is ideally suited for M2M applications, such as metering, telematics, asset tracking, remote monitoring , E-health and mobile pos terminals.

End-of-life

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

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please contact us at
sales-americas@techship.com

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Region
North America
Primary Technology
eMTC (Cat-M1)
Fallback
No
Form Factor
mPCIe
mPCIe - full size
LTE Bands
B2 (FDD 1900)
B4 (FDD 1700 / AWS)
B12 (FDD 700ac)
B13 (FDD 700c)
Max DL Speed
0.3 Mbps
Max UL Speed
0.375 Mbps
GNSS
Yes
GNSS technology
GPS
GLONASS
GNSS antenna support
Passive
Active
Antenna Connectors
IPEX MHF/U.FL
Certification
RoHS
REACH
PTCRB
FCC
IC
GCF
Carrier Certification
Verizon
AT&T
Operating Temperature Range
-40 °C – 85 °C
Chipset
Qualcomm
MDM9206
Data Interface
USB 2.0
Driver Support
Windows 8
Windows 7
Windows Vista
Linux
Windows XP
MIMO (Multiple-Input Multiple-Output)
No
This datasheet contains information regarding the SIM7000G, SIM7000E, SIM7000A, SIM7000JC and SIM7000C modules.

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Datasheet for SIMCom SIM7000A

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Uploaded at
2019-08-15 09:49:41
Last updated
2020-06-02 10:39:40
Related products
SIMCom SIM7000A CAT-M mPCIe
Guide describing the technical details and parameters for the hardware of SIM7000 series miniPCIe variants

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Uploaded at
2018-11-20 10:10:35
Last updated
2020-06-02 10:33:32
Version
V. 1.02
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This manual describes the AT commands valid for controlling the Simcom SIM7000 Series modules.

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Document summarizing and describing the GPS systems epoch roll over dates in Simcom products GPS trackers and how to take precaution for it.

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Uploaded at
2020-01-07 14:50:05
Last updated
2021-12-10 13:41:30
Version
191119
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Simcom SIM7000 series application notes

ANTENNA DESIGN GUIDELINES FOR DIVERSITY RECEIVER SYSTEM V1.01
SIM7000 Series UART Application Note_V1.01
SIM7000 Series_CoAP_Application Note_V1.01
SIM7000 Series_CTBURST_Application Note_V1.01
SIM7000 Series_Email_Application Note_V1.01
SIM7000 Series_FOTA_Application Note_V1.01
SIM7000 Series_FS_Application Note_V1.01
SIM7000 Series_FTP_Application Note_V1.02
SIM7000 Series_GNSS_Application Note_V1.03
SIM7000 Series_HTTPS_Application Note_V1.03
SIM7000 Series_HTTP_Application Note_V1.01
SIM7000 Series_LBS_Application Note_V1.01
SIM7000 Series_Low Power Mode_Application Note_V1.01
SIM7000 Series_MQTT_Application Note_V1.01
SIM7000 Series_NTP_Application Note_V1.01
SIM7000 Series_PING_Application Note_V1.01
SIM7000 Series_SAT_Application Note_V1.01
SIM7000 Series_SSL_Application Note_V1.01
SIM7000 Series_TCPIP_Application Note_V1.02
SIM800F_SIM900_SIM5300E_Migration to SIM7000_Application Note_V1.00

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SIMCom SIM7000 REACH / ROHS Certification

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Uploaded at
2023-07-21 14:50:50
Last updated
2023-08-03 14:24:38
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SIMCom SIM7000 Verizon Certification

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Uploaded at
2023-07-21 14:54:39
Last updated
2023-08-03 13:53:36
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SIMCom Update Tool and User Guide for Simcom SIM7000 series, SIM7070 series, SIM7080 series, SIM7090 series, SIM7500 series, SIM7600 series, SIM79xx series, SIM820x series, SIM830x series.

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Uploaded at
2021-02-05 11:23:39
Last updated
2023-08-09 13:47:40
Version
R1.67
Requirements

Microsoft Windows 7 desktop system or later
SIMCom Windows drivers installed
(Check during update that normal operational mode and firmware update mode drivers load properly in Windows device manager)
SIMCom module firmware update file

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This archive contains the Windows operating system drivers for the SIM7000, SIM7100, SIM7230, SIM7500, SIM7600, SIM7800 series Qualcomm chipset based cellular modules. Please refer to the installation instructions document for USB mode selection details.

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Uploaded at
2018-01-12 16:46:48
Last updated
2021-12-10 13:46:31
Version
V1.02
Requirements
Windows 10, Windows 8, Windows 7, Windows Vista, Windows XP operating systems
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Firmware binary files and release notes archive for the Simcom SIM7000A module

Download

Uploaded at
2020-02-03 14:45:14
Last updated
2020-02-03 14:45:14
Version
1351B04SIM7000A
Requirements
Simcom firmware update tool
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Question

What are eDRX and PSM modes and how can they be used with the SIM7000 series?

Solution

NB-IoT supports the following three power saving modes that can be used with the SIM7000 series depending on the use case and need. The main idea is to cut the time the modem is open for paging to save power, especially useful for battery or other similar solutions wanting to minimize power usage.

DRX, Discontinuous Reception Mode means that the module more or less can be reached at any given time with a small delay paging every 1.28, 2.56, 5.12 or 10.24 depending on operator.

eDRX, extended Discontinuous Reception Mode is an extension of the DRX interval. I.e. skipping intervals being idle for up to several hours. Uses 10-30 microampere while idle. Good in cases where latency is not of importance and power saving is of more importance without having to sacrifice the module being reachable at reasonable time intervals. Below, eDRX related AT-commands can be found.

AT+CEDRXS Extended-DRX Setting
AT+CEDRXRDP eDRX Read Dynamic Parameters
AT+CEDRX Configure EDRX parameters
AT+CEDRXS Extended-DRX Setting

PSM, Power Saving Mode is a deep sleep kind of mode where the modem almost completely turns off. This means that the modem is completely idle until set timer expires or PWRKEY is pulled low by host. This results in very low power usage (around 3.5 microampere) but the modem won't be reachable until woken up by timer or host which can bring considerable delays. Below, PSM related AT-commands can be found.

AT+CPSMS Power Saving Mode Setting
AT+CPSMRDP Read PSM Dynamic Parameters
AT+CPSMSTATUS Enable Deep Sleep Wakeup Indication
AT+CPSMCFG Configure PSM version and Minimum Threshold Value
AT+CPSMCFGEXT Configure Modem Optimization of PSM

There is also a Sleep mode available where the modem is idle until paged meaning the modem is always reachable but with lower power usage than normal. It can be enabled with AT+CSCLK=1 or by pulling DTR-pin high to set modem to sleep state and pulling it down to wake modem.

 For more information and examples please refer to the respective modems' AT-command guide as well as the SIM7000 series Low Power Mode Application guide!

Question

What Linux kernel modules and configs are commonly used for communicating with cellular modules over their USB interface?



Solution

Most cellular modules can be supported in Linux by using som of the in-kernel drivers. The physical data interface to the host Linux system is usually done over USB which enumerates a set of different endpoints/interfaces. A set of serial interfaces for Modem/PPP, AT commands, NMEA location data and chipset debug information are almost always available in all configurations.

In addition some type of network endpoint/interface are also available and exposed. This can vary between manufacturers and chipset vendors and can also commonly be configurable by using USB configuration mode switching or through vendor specific AT commands.

Recommended kernel configurations to enable are listed bellow. Many cellular modules base their Linux support on these modules and drivers. Once included in the kernel build, the USB interfaces will be detected and bound correctly out-of-the-box or after applying source code patches to the driver modules.

Configs for USB serial drivers:
CONFIG_USB_SERIAL
CONFIG_USB_SERIAL_GENERIC
CONFIG_USB_SERIAL_WWAN
CONFIG_USB_SERIAL_OPTION
CONFIG_USB_SERIAL_QUALCOMM
CONFIG_USB_ACM

Configs for Modem/PPP support:
CONFIG_PPP
CONFIG_PPP_BSDCOMP
CONFIG_PPP_DEFLATE
CONFIG_PPP_FILTER
CONFIG_PPP_MPPE
CONFIG_PPP_MULTILINK
CONFIG_PPPOE
CONFIG_PPP_ASYNC
CONFIG_PPP_SYNC_TTY

Configs for USB network drivers:
CONFIG_USB_USBNET
CONFIG_USB_NET_QMI_WWAN
CONFIG_USB_NET_CDCETHER
CONFIG_USB_NET_RNDIS_HOST
CONFIG_USB_NET_CDC_NCM
CONFIG_USB_NET_HUAWEI_CDC_NCM
CONFIG_USB_NET_CDC_MBIM

Please relate to the Techship product specific web pages for vendor specific Linux integration guides.

Below is a selection of kernel commits relating to cellular module support in Linux kernels:
qmi_wwan: Add support for Fibocom NL678 series
qmi_wwan: Added support for Telit LN940 series
qmi_wwan: Added support for Fibocom NL668 series
USB: serial: option: add support for GosunCn ME3630 RNDIS mode
USB: serial: option: add support for Simcom SIM7500/SIM7600 RNDIS mode
USB: serial: option: add Simcom SIM7500/SIM7600 (MBIM mode)
USB: serial: option: add Fibocom NL678 series
USB: serial: option: add Telit LN940 series
USB: serial: option: add Fibocom NL668 series
USB: serial: option: add GosunCn ZTE WeLink ME3630
qmi_wwan: apply SET_DTR quirk to the SIMCOM shared device ID

If you use any of the listed cellular modules, drivers and specified USB modes in the commits above, ensure that your kernel version already include the patch or apply it to your build.



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Question

How-to guide: How can we control, configure and establish a simple data connection for a cellular module in Linux systems using the open source ModemManager tool for modem control and connection management.

Solution

ModemManager is a open source tool for Linux that can be used to communicate with cellular devices for configuration, status check, connection triggering etc. It is capable of communicate over several types of device control channels such as QMI/RMNET, MBIM, MODEM / AT command etc.

It is hosted by the Freedesktop.org community and driven by Aleksander Morgado and other contributors, please visit https://www.freedesktop.org/wiki/Software/ModemManager/ for latest information, source code, API reference manuals, debugging tips, contribution, mailing list etc.

Keep in mind that ModemManager is not directly developed or driven by cellular device vendors and the compatibility cannot be guaranteed for the specific device you aim to use. Some vendors contribute with code to make their devices fully compatible, while others don't. However many cellular devices can be set to expose standardized types of USB network interface and control channel such as MBIM interface by USB-IF or the Qualcomm proprietary interface QMI that ModemManager will try to identify, and often manage to work successfully with.

Before continuing with ModemManager, a good thing to ensure is that you have common Linux driver modules available in your kernel build.
You can compare your own systems kernel config with the ones listed in the following FAQ:
Common Linux kernel modules and configs necessary for communicating with cellular modules over USB interface
Selections of these are commonly used by cellular devices and need to be available in order to have device drivers correctly loaded when devices are detected.

Start by installing ModemManager and its dependencies to your Linux system.
You can build it from source code release tarball found at freedesktop.org (install instructions included in the archive)
If you have a package manager in your Linux distribution, it can usually be installed through them also.
E.g. on Ubuntu using apt to install it and related dependencies:
apt install modemmanager libmbim-utils libqmi-utils

Keep in mind that Linux distributions sometimes rely on fairly old releases in their repositories and the development of ModemManager, libqmi and libmbim are on-going continuously. So is also the development of the cellular devices when the cellular technologies evolve. It is therefore recommended that you have a fairly recent version of ModemManager, libqmi and libmbim running in your system as well as when it comes to kernel version since the driver modules sometimes acquire patch fixes to be compatible with new chipset features etc.
Check Freedesktop.org pages for details on the latest ModemManager, NetworkManager, Libqmi and Libmbim releases.

Once you've installed ModemManager and rebooted your system, the service daemon should be running already in background.
Mmcli is the related command line interface tool which can be used to interact with ModemManager daemon through command line commands.

Check the version by command:
mmcli -V
<< mmcli 1.13.0
<< Copyright (2011 - 2020) Aleksander Morgado
<< License GPLv2+: GNU GPL version 2 or later
<< This is free software: you are free to change and redistribute it.
<< There is NO WARRANTY, to the extent permitted by law.

Print general mmcli help message:
mmcli --help

ModemManager normally listen, probes and detects cellular devices automatically when operating correctly but a forced scan can be triggered with command:
mmcli --scan-modems
<< successfully requested to scan devices

To list detected cellular devices use command:
mmcli --list-modems
<< /org/freedesktop/ModemManager1/Modem/0 [Sierra Wireless, Incorporated] MC7455

Here ModemManager have detected a Sierra Wireless cellular device and it has here been given the the identifier number 0 by ModemManager.

To acquire more device information and status use the --modem command and identifier value.
mmcli --modem=0
<< -----------------------------
<< General | dbus path: /org/freedesktop/ModemManager1/Modem/0
<< | device id: 3a2f5fad8e91dbf417694f23165017c1f8a6e061
<< -----------------------------
<< Hardware | manufacturer: Sierra Wireless, Incorporated
<< | model: MC7455
<< | firmware revision: SWI9X30C_02.32.11.00 r8042 CARMD-EV-FRMWR2 2019/05/15 21:52:20
<< | carrier config: default
<< | h/w revision: 1.0
<< | supported: gsm-umts, lte
<< | current: gsm-umts, lte
<< | equipment id: 359072066171840
<< -----------------------------
<< System | device: /sys/devices/pci0000:00/0000:00:14.0/usb3/3-2
<< | drivers: qcserial, qmi_wwan
<< | plugin: sierra
<< | primary port: cdc-wdm0
<< | ports: cdc-wdm0 (qmi), wwan1 (net), ttyUSB2 (at), wwan0 (net),
<< | cdc-wdm1 (qmi), ttyUSB1 (gps), ttyUSB0 (qcdm)
<< -----------------------------
<< Status | lock: sim-pin
<< | unlock retries: sim-pin (3), sim-puk (10), sim-pin2 (0), sim-puk2 (10)
<< | state: locked
<< | power state: on
<< | signal quality: 0% (cached)
<< -----------------------------
<< Modes | supported: allowed: 3g; preferred: none
<< | allowed: 4g; preferred: none
<< | allowed: 3g, 4g; preferred: 4g
<< | allowed: 3g, 4g; preferred: 3g
<< | current: allowed: 3g, 4g; preferred: 4g
<< -----------------------------
<< Bands | supported: utran-1, utran-3, utran-4, utran-5, utran-8, utran-2,
<< | eutran-1, eutran-2, eutran-3, eutran-4, eutran-5, eutran-7, eutran-8,
<< | eutran-12, eutran-13, eutran-20, eutran-25, eutran-26, eutran-29,
<< | eutran-30, eutran-41
<< | current: utran-1, utran-3, utran-4, utran-5, utran-8, utran-2,
<< | eutran-1, eutran-2, eutran-3, eutran-4, eutran-5, eutran-7, eutran-8,
<< | eutran-12, eutran-13, eutran-20, eutran-25, eutran-26, eutran-29,
<< | eutran-30, eutran-41
<< -----------------------------
<< IP | supported: ipv4, ipv6, ipv4v6
<< -----------------------------
<< SIM | dbus path: /org/freedesktop/ModemManager1/SIM/0

A detailed summary of device status, configs and system drivers, paths and IDs are returned.

Currently the device status indicates that inserted SIM card is PIN locked, so a unlock by --pin command is necessary:
mmcli --modem=0 --sim=0 --pin=****
<< successfully sent PIN code to the SIM

Now we can change device state to enabled using command:
mmcli --modem=0 --enable
<< successfully enabled the modem

if we're check device status again we can see that device:
mmcli --modem=0

<< --------------------------------
<< Status | lock: sim-puk2
<< | unlock retries: sim-pin (3), sim-puk (10), sim-pin2 (0), sim-puk2 (10)
<< | state: registered
<< | power state: on
<< | access tech: lte
<< | signal quality: 96% (recent)

<< 3GPP | imei: 359072066171840
<< | operator id: 24002
<< | operator name: 3
<< | registration: home
<< --------------------------------
<< 3GPP EPS | ue mode of operation: csps-2
<< --------------------------------
<< SIM | dbus path: /org/freedesktop/ModemManager1/SIM/0


The status output shows that devices is registered in network using LTE technology with a good signal strength.

It is now time to activate the data connection with --simple-connect command.
ModemManager will tie the data bearer for our given subscription APN to the qmi_wwan network interface, typically named wwan0 (unless renamed by Linux distribution or user)
Fill in the details as below but for your modem number, subscription APN and the IP type it can work with (ipv4 / ipv6 ipv4v6)
mmcli -m 0 --simple-connect='apn=data.tre.se,ip-type=ipv4v6'
<< successfully connected the modem

if we check modem status again we can see that a bearer have been established.
mmcli --modem=0

<< --------------------------------
<< Bearer | dbus path: /org/freedesktop/ModemManager1/Bearer/0


The bearer have got identifier number 0 so we can request more details for it to acquire the IP details:

mmcli --modem=0 --bearer=0
<< ------------------------------------
<< General | dbus path: /org/freedesktop/ModemManager1/Bearer/0
<< | type: default
<< ------------------------------------
<< Status | connected: yes
<< | suspended: no
<< | interface: wwan1
<< | ip timeout: 20
<< ------------------------------------
<< Properties | apn: data.tre.se
<< | roaming: allowed
<< | ip type: ipv4v6
<< ------------------------------------
<< IPv4 configuration | method: static
<< | address: 2.68.206.100
<< | prefix: 29
<< | gateway: 2.68.206.101
<< | dns: 80.251.201.177, 80.251.201.178
<< | mtu: 1500
<< ------------------------------------
<< IPv6 configuration | method: static
<< | address: 2a02:aa1:1010:b6bb:6d12:d0dc:978e:3982
<< | prefix: 64
<< | gateway: 2a02:aa1:1010:b6bb:21ea:c721:62c3:9760
<< | dns: 2a02:aa0::55, 2a02:aa0::56
<< | mtu: 1500
<< ------------------------------------
<< Statistics | duration: 450
<< | bytes rx: 6693
<< | attempts: 1
<< | total-duration: 450
<< | total-bytes rx: 6693

From here we can see the IP details we've been assigned by the cellular network.
ModemManager does not assign IPv4 address details to the cellular modules network interface in Linux by itself.
When ModemManager is used in conjunction with NetworkManager and the cellular connection is managed by it, then the IPv4 address details will be collected by NetworkManager through ModemManager and automatically assigned to network interface when connection is established.
If the system does not implement NetworkManager, then the IP and routing configuration needs to be handled by user software/scripting.

Example:
Enable network interface in Linux:
ip link set wwan0 up

Set the IPv4 address acquired from bearer information above, the CIDR subnet mask can always be set to 32:
ip addr add 2.68.206.100/32 dev wwan0

Disable ARP:
ip link set dev wwan0 arp off

Set MTU value acquired from network:
ip link set dev wwan0 mtu 1500

Add a default or other type of route to the cellular network device (e.g. with a metric to set which route to prefer)
ip route add default dev wwan0 metric 200

Add the DNS servers reported by cellular network or use other public/desired ones.
DNS server addresses are handled in different ways depending on the Linux distribution and network manager used. Therefore please refer to related dist documentation for best practice to add / maintain DNS server addresses in your specific system.
sh -c "echo 'nameserver 80.251.201.177' >> /etc/resolv.conf"
sh -c "echo 'nameserver 80.251.201.178' >> /etc/resolv.conf"

We should now have a network interface passing data successfully, we can try it out by doing ping requests:
IPv4 data:
ping -4 -c 4 -I wwan0 8.8.8.8
PING 8.8.8.8 (8.8.8.8) from 2.68.206.100 wwan0: 56(84) bytes of data.
64 bytes from 8.8.8.8: icmp_seq=1 ttl=57 time=50.8 ms
64 bytes from 8.8.8.8: icmp_seq=2 ttl=57 time=48.8 ms
64 bytes from 8.8.8.8: icmp_seq=3 ttl=57 time=24.0 ms
64 bytes from 8.8.8.8: icmp_seq=4 ttl=57 time=44.8 ms

--- 8.8.8.8 ping statistics ---
4 packets transmitted, 4 received, 0% packet loss, time 3005ms
rtt min/avg/max/mdev = 23.979/42.115/50.840/10.694 ms

IPv6 data:
ping -6 -c 4 -I wwan0 2600::
PING 2600::(2600::) from 2a02:aa1:1010:b6bb:8962:7405:b81c:7627 wwan0: 56 data bytes
64 bytes from 2600::: icmp_seq=1 ttl=47 time=179 ms
64 bytes from 2600::: icmp_seq=2 ttl=47 time=176 ms
64 bytes from 2600::: icmp_seq=3 ttl=47 time=175 ms
64 bytes from 2600::: icmp_seq=4 ttl=47 time=177 ms

--- 2600:: ping statistics ---
4 packets transmitted, 4 received, 0% packet loss, time 3004ms
rtt min/avg/max/mdev = 175.411/176.935/179.268/1.446 ms


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