Cellular settings in Windows – Desktop Multi-Modem Multi-Executor Support

Looking for:

drivers for sim card windows 10 – HP Support Community –

Click here to Download

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Traditionally, non-phone Windows devices have not been configured for multi-SIM modems because they have fewer physical space restraints than phones. This allows them to truly harness multiple active radios at the same time instead of having one modem with multiple SIM cards like a phone does; however, due to the rise of eSIM and scenarios in the enterprise , the demand for multi-SIM-per-modem support on non-phone devices has increased.

Such a limitation does not exist in the non-phone PC model as all SIM cards are used for data connection. This section defines the various objects and establishes the terminology used in all MB documentation related to multi-SIM functionality.

Advancements in hardware have resulted in devices that can maintain simultaneous registrations with multiple cellular networks. For example, in a device capable of maintaining registrations with two networks simultaneously the modem hardware is considered to have two executors. The executor is a logical representation of the hardware and may in fact be one single hardware transceiver being multiplexed.

Exact hardware specifics are regarded as vendor implementation details and are out of scope for this specification. The following two images illustrate the logical view of a dual SIM modem. Each shows a possible combination of executor and UICC. The following diagram illustrates the logical view of a dual standby modem.

Traffic on Executor 0, a phone call, causes Executor 1 to lose registration. The Mobile Broadband interface in Windows Mobile exposes the ability to register independently through separate miniports and assumes that some basic configuration of the device has already been accomplished through the RIL interface.

To provide equivalent functionality, Windows Desktop must provide mechanisms to discover the number of executors and slots, to access executors independently, to define the mapping between executors and slots, and to define the applications within the mapped UICC card that each executor will use. For more information about cellular architecture and the differences between Windows 10 Mobile and Desktop, please see Cellular architecture and implementation.

Each modem is identified by a globally unique identifier GUID and contains a set of one or more executors, each of which is capable of independent registration on a cellular network. Each executor has an associated executor index, an integer, beginning with 0 for the first executor. In addition, the modem exposes one or more slots that may contain UICC cards.

It is assumed is that the number of slots is greater than or equal to the number of executors. Each slot has an associated index, also beginning with 0, and a current state related to the power state of the slot and availability state of a card in the slot if any. To maintain compatibility with existing modems, each executor operates with information provided by a UICC card in a single slot.

The association between executors and slots is defined by slot mapping, which maps each executor to exactly one slot. The addressing and use of these individual UICC applications is a topic for future specification and out of scope of this documentation. In most cases these OIDs are directed to individual executors; however, a few commands and notifications are scoped to the modem. For non-Windows Mobile operating systems, a multi-executor modem appears as one device with multiple physical WWAN miniport instances.

Each physical miniport instance represents an executor that can maintain registration as an NDIS instance. Additional virtual instances may be created at runtime to manage context-specific packet data and device service sessions.

Modem-specific commands in other words, those that are not executor-specific and their corresponding notifications may be sent to or come from any physical miniport instance. The following two diagrams show the difference in executor-specific commands and notifications the first diagram , where commands and notifications go through and come from the same executor, and modem-specific commands and notifications the second diagram , where commands may go through any executor and come from any executor.

All OID set or query requests issued to a miniport instance are executed against the modem and executor with which the miniport instance is associated. Likewise, all unsolicited notifications and unsolicited Device Service events sent from a miniport instance are applicable to the modem and the executor with which the miniport instance is associated.

The adapter receiving such a query request processes it according to the OID definition. If so chosen by miniport driver, this query request can be processed concurrently with any other in-process OID set or query requests in any instance of adapters associated with that modem and executor.

All instances of a miniport adapter associated with a same modem and executor report the same state information for that cellular modem and executor such as radio power state, registration state, packet service state, etc. The miniport driver shall keep track of the progress of such a request.

If one such set request is in progress in any adapter and has not completed yet, a second such set request attempt to any adapter instance associated with the same modem and executor shall be queued and processed after the previous requests have completed. The Windows 10 desktop WMBCLASS driver follows the specification outlined in the previous paragraph to handle this set request race condition, but if the race condition occurs at the modem layer the modem should follow the same guidance to queue up conflicting device-wide commands on the MBIM function if it is still processing another function that is linked to the same underlying device.

The table below explains which OIDs fall into which category. Each MBIM function represents an executor that can maintain registration. Executor-specific commands and notifications are exchanged through the MBIM function representing that executor, while modem-specific commands in other words, those that are not executor-specific and their corresponding notifications may be sent to or come from any MBIM function that belongs to the same underlying USB composite device.

All CID set or query requests issued to a MBIM function are executed against the modem and executor with which the miniport instance is associated; likewise, all unsolicited notifications sent from a MBIM function are applicable to the modem and the executor with which the MBIM function is associated. In the same way, all unsolicited Device Service events sent from a miniport instance are applicable to the modem and the executor with which the MBIM function is associated.

The function receiving such a query request shall process it according to the CID definition. If so chosen by the modem firmware, such a query request may be processed concurrently with any other CID set or query requests being processed by any MBIM functions associated with that modem and executor. All MBIM functions associated with the same modem shall report the same state information for that cellular modem in addition to the executor that they represent. The modem shall keep track of the progress of such requests as a whole.

If one such set request is in progress in any adapter and has not completed yet, a second such set request attempt to any adapter instance associated with the same modem and executor shall be queued and processed after the previous requests have been completed. This section contains the detailed modem-wide and per-executor CID descriptions for the defined device services. The definitions reference back to existing public MBIM1.

The existing well-known services are defined in section Microsoft extends this to define the following service. This CID retrieves information about the modem. The NumberOfExecutors field denotes the number of executors that are supported by the modem in its current configuration. The NumberofSlots field denotes the number of slots that are physically present on the modem. The number of slots must be equal to or greater than the number of executors supported.

The Concurrency field denotes the number of executors MBB instances that may be active at the same time. For example, a dual-standby modem would have a Concurrency of 1 while a dual-active modem would have a concurrency of 2. The ModemId field denotes the unique bit identifier for a given modem hardware.

An IHV may implement its own logic to generate a unique bit value for each modem; for instance, hashing one of the IMEI numbers, randomly generating bit numbers, etc. This CID retrieves the capability information related to an executor. It may also be used to deliver an unsolicited notification when the status of one of the slots changes.

Conforming to the correct UICC slot state transitions ensures that the OS handles all changes properly and displays the correct toast notifications to the user. This section provides clarity on whether those commands are per-modem or per-executor. If DSSA is supported on the device, there are some scenarios where slot switch is performed either automatically or prompted by the user via notification toasts.

See Steps for installing HLK. This test contains the following four tests:. This file showing the HLK test results should have been generated in the directory that the ‘netsh mbn test’ command was ran from: TestSlot. Skip to main content. This browser is no longer supported. Download Microsoft Edge More info. Table of contents Exit focus mode. Table of contents. Submit and view feedback for This product This page. View all page feedback. In this article. The executor index.

Its value is always constant and independent of the enumeration order. The second element of the pair is a 4-byte size of the record element. Since the type of the slot index is UINT32, the second element in the pair is always 4. The data buffer that contains SlotMapList.

The operation failed because the device is busy. In the absence of any explicit information from the function to clear this condition, the host can use subsequent actions by the function e. The operation failed because of invalid parameters e. The UICC slot is powered off and no card is present.

An implementation that is unable to determine the presence of a card in a slot that is powered off reports its state as UICCSlotStateOff. The UICC slot is occupied and powered on but the card is in an error state and cannot be used until it is next reset. The card in the slot is an eSIM with no profiles or no active profiles and is ready to accept commands.

 
 

S I M card reader won’t work with Windows 10 – Microsoft Community

 

Select APN type , and then select Internet. Select the Apply this profile check box if you want the APN profile to be used right after you save it. Select Copy to copy the information to paste into an email or elsewhere. Windows 11 Windows 10 More If prompted, type your user name, password, and the access point name APN. Use Cellular settings for connection issues If your cellular data connection is working correctly, you shouldn’t need to change the cellular settings.

Metered connection A metered connection is an internet connection that has a data limit associated with it. Data roaming options Determines if your cellular data connection stays on when your Windows 11 device is outside your mobile operator’s network. Use cellular instead of Wi-Fi Sometimes you might be connected to a slower Wi-Fi network, or you might be in an area where using cellular data would be faster than Wi-Fi. Cellular network selection Appears when roaming and determines which cellular network connection is used.

APN settings The internet access point name APN is the address your Windows 11 device uses to connect to the internet when using your cellular data connection. Properties This displays information about your SIM and cellular data connection.

Connect to a cellular data network for the first time Select the Network icon or or on the lower right corner of the taskbar, and then select the cellular network icon that appears in the list. Notes: If the status text under the cellular network name says “Mobile operator locked,” insert a SIM card from your mobile operator to connect.

Need more help? Join the discussion. Was this information helpful? Yes No. Thank you! Any more feedback? The more you tell us the more we can help.

Can you help us improve? Resolved my issue. Clear instructions. Easy to follow. No jargon. Pictures helped. Didn’t match my screen. Incorrect instructions. Too technical. Not enough information. Not enough pictures. Message 1 of 4. HP Recommended. Product: Elitebook p. Operating System: Microsoft Windows 10 bit. I can’t find drivers for network sim card on windows 10, can someone help me please?

Tags 2. Tags: EliteBook p. Level Message 2 of 4. Hi: The SIM card needs no driver. Manually install the driver if the auto install method doesn’t work. Yes No. Message 3 of 4. Microsoft localizes these strings into the languages supported by Windows. Text strings that are displayed as part of the message interaction with the SIM are provided by the mobile operator. Microsoft does not localize these text strings. OEMs can modify the display period for certain dialogs or messages if the default values do not meet the requirements of the mobile operator.

These customization settings are available in both MCSF and Windows provisioning so you can choose which method to use. The default display times are as follows:. To start the application, tap the button. The options are determined by the applications on the SIM.

 

Sim card drivers for windows 10

 
Tags 2. The SIM card does not need a driver. Search instead for.

 
 

Related posts