Jan. 10, 2008
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PRLog -- Smith Micro Software, Inc. , a leading developer and marketer of software solutions and services for the wireless market, and Beceem Communications, a leading provider of terminal chipsets for Mobile WiMAX, jointly announced the successful integration of Beceem’s BCS200 Mobile WiMAX Wave 2 chipset with Smith Micro’s QuickLink WiMAX Connection Management solution. The combined competencies of Beceem and Smith Micro ensure WiMAX network service providers have proven and commercially ready technology to move forward with their 2008 scheduled launches.
Smith Micro’s QuickLink WiMAX software enables mobile applications to run seamlessly on the WiMAX airlink. The QuickLink WiMAX software also supports additional broadband technologies such as CDMA, GSM, FOMA, PHS, Wi-Fi, Ethernet and Dialup technologies. Beceem’s Mobile WiMAX terminal chipset leads the industry in performance, interoperability and design wins. The proven interoperability with WiMAX infrastructure from all major equipment providers makes Beceem’s chipset a worldwide enabler of Mobile WiMAX network deployments.
Pairing these two powerful solutions ensures that subscribers will be able to enjoy an unmatched level of user-friendly functionality and high-speed broadband performance on Mobile WiMAX networks, thus addressing the all important user experience aspect of Mobile WiMAX.
'Providing performance and simplicity in our user-friendly QuickLink WiMAX connection manager is the hallmark of Smith Micro’s mobility management solution,' said Robert Elliott, CMO of Smith Micro Software. 'In working with Beceem’s high-performance WiMAX chipset we have been able to deliver a solution that streamlines the service activation and user experience to ensure that there is nothing impeding the mobile broadband experience.'
“It is exciting to see how effortless Smith Micro’s QuickLink WiMAX connection manager makes the use of terminals based on our chipset,” said Lars Johnsson, VP Business Development of Beceem. “The integration of our driver software with the Smith Micro connection manager application allows users to harvest the power of WiMAX instead of navigating user interfaces and hassling with driver installation.”
The integration of WiMAX capability into the QuickLink Mobile portfolio came about as a direct result of Smith Micro’s recently announced acquisition of PCTEL’s Mobility Solutions Group.
About Smith Micro Software, Inc.
Smith Micro Software, Inc., headquartered in Aliso Viejo, California, with offices in Europe and Asia, develops and markets wireless multimedia and communication solutions, mobile device management products, image and data compression solutions and many award winning software products. Smith Micro's complete line of products is available through Smith Micro's Enterprise, Channel and OEM Sales Groups, and direct from its websites, retail and value-added resellers (VARs) partners. Smith Micro's common stock trades on the NASDAQ Global Market under the symbol SMSI.
About Beceem Communications
Beceem Communications Inc. is the leading provider of semiconductor solutions for the mobile broadband market, and the first with commercially available terminal chipsets for Wave 1 and Wave 2 profiles of the WiMAX Forum, that are based on the IEEE 802.16e-2005 standard. For more information, please visit the company’s website at http://www.beceem.com.
Safe Harbor Statement: This release may contain forward-looking statements that involve risks and uncertainties including, without limitation, forward-looking statements relating to Smith Micro’s financial prospects and projections, its ability to increase its business, and the anticipated timing and financial performance of new products and potential acquisitions. Among the important factors that could cause actual results to differ materially from those in the forward-looking statements are new and changing technologies, customer acceptance of those technologies, fluctuations or cancellations in orders from customers, new and continuing adverse economic conditions, and Smith Micro’s ability to compete effectively with other software companies. These and other factors discussed in Smith Micro’s filings with the Securities and Exchange Commission, including its filings on Forms 10-K and 10-Q, could cause actual results to differ materially from those presented in any forward-looking statements. Smith Micro assumes no obligation to update any forward-looking statements to reflect events or circumstances occurring after the date of this press release.
Smith Micro, the Smith Micro logo are registered trademarks or trademarks of Smith Micro Software, Inc. All other trademarks and product names are the property of their respective companies.
“WiMAX Forum' is a registered trademark of the WiMAX Forum. 'WiMAX,' the WiMAX Forum logo, 'WiMAX Forum Certified,' and the WiMAX Forum Certified logo are trademarks of the WiMAX Forum. All other trademarks are the properties of their respective owners.
Website: www.beceem.com
APs and AMs are designed to require only minimal setup to make them operational in an user-centric network. Once APs have established communication with the controller, you can apply advanced configuration to individual APs or groups of APs in the network using the WebUI on the controller.
You can either connect the AP directly to a port on the controller, or connect the AP to another switch or router that has layer-2 or layer-3 connectivity to the controller. If the Ethernet port on the controller is an 802.3af Power over Ethernet (PoE) port, the AP automatically uses it to power up. If a PoE port is not available, you must get an AC adapter for the AP. For more information, see the Installation Guide for the specific AP.
If you are configuring a new AP that has never been provisioned before, you must first connect the AP to the controller according the instructions included with that AP. If you are reprovisioning or reconfiguring existing active APs, this step is not necessary, as the APs are already communicating with the controller.
This section describes the procedure to configure a installed AP with the basic settings it requires to become operational on the network. You can configure an AP using the AP wizard, the provisioning profile in the WebUI, or the controller command-line interface. using The individual configuration steps vary, depending upon whether the AP is deployed as a campus AP, remote AP (RAP) or a mesh AP.
Configuring an AP using the Provisioning Wizard
The easiest way to provision any AP is to use the AP Wizard in the controller WebUI. This wizard will walk you through the specific steps required to provision a campus, remote or Mesh AP. The Wizard includes a help tab that further describes each of the configuration tasks for that deployment type.
To access the AP wizard to provision a AP:
| 1. | Select Configuration>Wizards>AP Wizard. The Specify Deployment Scenario window appears. |
| 2. | Select the deployment for the new AP, then click Next to continue to the next window in the Wizard. |
| 3. | Continue working your way through the Wizard to complete the provisioning process. |
Configuring an AP using the WebUI
The following basic steps configure a campus AP on a WLAN.
Remote APs and mesh APs require additional configuration steps not required for campus APs. For more information, see Configuring a Remote AP and |
| 1. | Navigate to the Configuration > Wireless > AP Installation > Provisioning window. |
| 2. | Click the checkbox by the AP you want to provision, then click Provision. The Provisioning page opens. |
| 3. | In the AP Parameters section, click the AP Group drop-down list and select the AP group to which this AP should be assigned. The AP group must have at least one virtual AP. |
| 4. | (Optional) Some AP models support an external antenna in addition to their internal antenna. If the AP you are provisioning supports an external antenna, the Provisioning window displays an additional Antenna Parameters section. If you want to use an External antenna for the remote AP you are provisioning, select External Antenna and define settings for that antenna. Otherwise, the remote AP will use its internal antenna by default. |
| 5. | If your AP will use Point-to-Point Protocol over Ethernet (PPPoE) to authenticate itself to a service provider, select the PPPoE Parameters checkbox and enter the following PPPoE values: |
| | PPPoE User Name: Set the PPPoE User Name for this remote AP. |
| | PPPoE Password: Enter and then confirm the PPPoE password for this remote AP. |
| | PPPoE Service Name: Either an ISP name or a class of service configured on the PPPoE server. |
| 6. | (Optional) To allow the remote AP to use PEAP to authenticate to 802.1X networks, enter a user name and password in the 802.1X Parameter using PEAP section. |
| 7. | In the Master Discovery section, define how the AP should identify its WLAN controller. For more information on the different controller discovery methods, see Enable Controller Discovery. |
| 8. | (Optional) Define the uplink VLAN. If you configure an uplink VLAN on an AP connected to a port in trunk mode, the AP sends and receives frames tagged with this VLAN on its Ethernet uplink. To define the uplink VLAN, entering a VLAN ID from 1-4095 (inclusive) in the IP Settings section of the Provisioning window, |
| 9. | In the IP Settings section, define how the AP should obtain its IP address. If you have configured an DHCP server to allow APs to get addresses using DHCP, select Obtain IP address using DHCP. For more information on configuring a DHCP server, see Enable DHCP to Provide APs with IP Addresses. Otherwise, select Use the Following IP address and enter the appropriate values in the following fields: |
| | IP address: IP address for the AP, in dotted-decimal format |
| | Subnet mask: Subnet mask for the IP, in dotted-decimal format. |
| | Gateway IP address: The IP address the AP uses to reach other networks. |
| | DNS IP address: The IP address of the Domain Name Server. |
| | Domain name: (optional) The default domain name. |
| 10. | (Optional) Access points can be configured in single-chain mode, allowing the radios of those APs to transmit and receive data using only legacy rates and single-stream HT and VHT rates on a single radio chain and single antenna or antenna interface. On APs with external antennas, this feature uses the external antenna interface labeled A0 or ANT0 (radio chain 0); the other (one or two) antenna interfaces are left unused. If you are provisioning an 802.11n-capable AP, select the Enable for Radio-0 or Enable for Radio-1 checkboxes in the Single-Chain Mode section to enable single-chain mode for the selected radio. AP radios in single-chain mode will transmit and receive data using only legacy rates and single-stream HT rates up to MCS 7. This feature is disabled by default. |
| 11. | (Optional) If you are provisioning a campus AP model that support USB modems, you must complete the fields in the USB Settings section. USB settings will not appear in the Provisioning tab unless you are provisioning an AP that support these features. Check the USB Parameters checkbox and configure the additional cellular USB settings described in Table 1. |
| 12. | (Optional) Define the AP name or SNMP location. The AP list section displays current information for an AP, and allows you to define additional parameters for your AP, such as AP Name, SNMP System Location. |
| 13. | Click Apply and Reboot. (Reprovisioning the AP causes it to automatically reboot). |
Table 1: USB Settings
Parameter | Description |
Device | Select the USB modem model from the drop-down list. If the model is not listed, select Other (Any). |
TTY Device Data Path | The TTY device path for the USB modem. This parameter only needs to be specified if the default path is incorrect. |
TTY Device Control Path | The TTY device control path for the USB modem. This parameter only needs to be specified if the default path is incorrect. |
Initialization String | The initialization string for the USB modem. This string configures the Access Point Name (APN) setting of the USB modem. For the USB modem to understand this string, the value entered should adhere to the following formats: | | Prefix double-quotes with a backslash character. See example below: |
'AT+CGDCONT=1,'IP','vendor' | | Use single-quote instead of double-quotes. AP translates single-quote into double-quotes. See example below: |
'AT+CGDCONT=1,’IP’,’vendor’' | | Do not use double-quotes as a string begin-end pair. This is supported by AP. See example below: |
AT+CGDCONT=1,’IP’,’vendor’ This parameter only needs to be specified if the default string is incorrect. |
Device Identifier | The USB device identifier, if the device is not already supported. |
Device Type | Specify the USB driver type from the following list: | | airprime: Use Airprime driver |
| | beceem-wimax: Use Beceem driver for 4G-WiMAX |
| | ether: Use CDC Ether driver for direct IP 4G device |
| | hso: Use HSO driver for newer Option |
| | none: Disable 3G or 2G network on USB |
| | option: Use Option driver |
| | pantech-3g: Same as 'pantech-uml290' - to support upgrade |
| | pantech-uml290: Use Pantech USB driver for UML290 device |
| | ptumlusbnet: Use Pantech USB driver for 4G device |
| | rndis: Use a RNDIS driver for a 4G device |
| | sierra-evdo: Use EVDO Sierra Wireless driver |
| | sierra-gsm: Use GSM Sierra Wireless driver |
| | sierrausbnet:Use SIERRA Direct IP driver for 4G device |
| | storage: Use USB flash as storage device for storing RAP certificates |
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Dial String | The dial string for the USB modem. This parameter only needs to be specified if the default string is incorrect. |
PPP Username | Enter the PPP username provided by the cellular service provider. |
PPP Password | Enter the optional PPP password provided by the cellular service provider. |
Confirm PPP Password | Re-enter the optional PPP password provided by the cellular service provider. |
Modeswitch | USB cellular devices on remote APs typically register as modems, but may occasionally register as a mass-storage device. If a remote AP cannot recognize its USB cellular modem, use setting to specify the parameters for the hardware model of the USB cellular>NOTE: You must enclose the entire modeswitch parameter string in quotation marks. Example follows: '-v <default_vendor> -p <default_product> -V <target_vendor> -P <target_product> -M <message_content>' |
Cellular NW Preference | The cellular modem network preference setting allows you to select how the modem should operate. | | auto (default): In this mode, the modem firmware will control the cellular network service selection; so the cellular network service failover and fallback is not interrupted by the remote AP (RAP). |
| | 3g_only: Locks the modem to operate only in 3G. |
| | 4g_only: Locks the modem to operate only in 4G. |
| | advanced: The RAP controls the cellular network service selection based on the Received Signal Strength Indication (RSSI) threshold-based approach. Initially the modem is set to the default auto mode. This allows the modem firmware to select the available network. The RAP determines the RSSI value for the available network type (for example 4G), checks whether the RSSI is within required range, and if so, connects to that network. If the RSSI for the modem’s selected network is not within the required range, the RAP will then check the RSSI limit of an alternate network (for example, 3G), and reconnect to that alternate network. The RAP will repeat the above steps each time it tries to connect using a 4G multi-mode modem in this mode. |
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Link Priority Ethernet | Set the priority of the wired uplink. Each uplink type has an associated priority; wired ports having the highest priority by default. |
Link Priority Cellular | Set the priority of the cellular uplink. By default, the cellular uplink is a lower priority than the wired uplink; making the wired link the primary link and the cellular link the secondary or backup link. Configuring the cellular link with a higher priority than your wired link priority will set your cellular link as the primary controller link. |
USB storage for CSR/Key | Check this box if you want the USB to store CSR and private key files. |
Configuring a Remote AP
A remote AP (RAP) is recommended when the network between the AP and controller is an un-trusted/non-routable network, such as the Internet. Furthermore, a RAP supports an internal DHCP server, while a campus AP does not.
Remote Authentication
The two most common ways to provision an AP for remote authentication are certificate-based AP provisioning and provisioning using a pre-shared key. Although both options allow for a simple secure setup of your remote network, you should make sure that the procedure you select is supported by your controller, the AP model type and the end user’s client software. If you must provision your APs using a pre-shared key, you need to know which controller models you have that do not support certificate-based provisioning.
| | Certificate based authentication allows a controller to authenticate a AP using its certificates instead of a PSK. You can manually provision an individual AP with a full set of provisioning parameters, or simultaneously provision an entire group of APs by defining a provisioning profile which contains a smaller set of provisioning parameters that can be applied the entire AP group. When you manually provision an individual AP to use certificated-based authentication, you must connect that AP to the controller before you can define its provisioning settings. |
| | Use Pre-Shared Key (PSK) authentication to provision an individual remote AP or a group of remote APs using an Internet Key Exchange Pre-Shared Key (IKE PSK). |
RAP Configuration
The steps to configure a remote AP using the WebUI are similar to the steps described in Configuring an AP using the WebUI , although some additional steps are required.
| 1. | In the Configuration > Wireless > AP Installation > Provisioning window, select Yes for the Remote AP option. |
| 2. | In the Remote IP Authentication Method section, select either Pre-shared key or certificate authentication type. The Pre-shared key option requires you to perform the following additional steps: |
| a. | Enter and confirm the pre-shared key (IKE PSK). |
| b. | In the User credential assignment section, specify if you want to use a Global User Name/password or a Per AP User Name/Password. |
| n | If you use the Per AP User Names/Passwords option, each RAP is given its own user name and password. |
| n | If you use the Global User Name/Password option, all selected RAPs are given the same (shared) user name and password. |
| c. | Enter the user name, and enter and confirm the password. If you want the controller to automatically generate a user name and password, select Use Automatic Generation, then click Generate by the User Name and Password fields. |
| 3. | If you are provisioning a remote AP model that support USB modems, you must complete the fields in the USB Settings section. USB settings will not appear in the Provisioning tab unless you are provisioning an AP that support these features. Check the USB Parameters checkbox and configure the additional cellular USB settings described in Table 1. |
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Configuring a Mesh AP
The steps to configure a remote AP using the WebUI are similar to the steps described in Configuring an AP using the WebUI , although some additional steps are required.
| 1. | Define and configure the mesh cluster profile. |
| 2. | Define and configure the mesh radio profile |
| 3. | In the AP list section of the Configuration > Wireless > AP Installation > Provisioning window, select one of the following mesh for on the AP: |
| | Mesh portal—The gateway between the wireless mesh network and the enterprise wired LAN. |
| | Mesh point—APs that can provide traditional Aruba WLAN services (such as client connectivity, intrusion detection system (IDS) capabilities, user roles association, LAN-to-LAN bridging, and Quality of Service (QoS) for LAN-to-mesh communication) to clients on one radio and perform mesh backhaul/network connectivity on the other radio. Mesh points can also provide LAN-to-LAN bridging through their Ethernet interfaces and provide WLAN services on the backhaul radio |
| | Remote Mesh Portal: The Remote Mesh Portal feature allows you to configure a remote AP at a branch office to operate as a mesh portal for a mesh cluster. |
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For detailed provisioning guidelines, caveats, and instructions, see Secure Enterprise Mesh.
Verifying the Configuration
After the AP has been configured, navigate to Monitoring>All Access Points window and verify that the AP has an up status. The AP on your network does not appear in this table, it may have been classified as an inactive AP for any of the following reasons:
| | The AP is configured with a missing or incorrect VLAN. (For example, the AP is configured to use a tunneled SSID of VLAN 2 but the controller doesn't have a VLAN 2.) |
| | The AP has an unknown AP group. |
| | The AP has a duplicate AP name. |
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| | An AP with an external antenna is not provisioned with external antenna gain settings. |
| | Both radios on the AP are disabled. |
| | No virtual APs are defined on the AP. |
| | The AP has profile errors. For details, access the command-line interface and issue the command “show profile errors”. |
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| | The GRE tunnel between the AP and the controller was blocked by a firewall after the AP became active. |
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| | The AP is temporarily down while it is upgrading its software. The AP will become active again after upgrading. |