Versa 1xx-NW-FWA-1010VC

This section explains the specifications of Versa 1xx-NW-FWA-1010VC.


This is the front view of Versa 1xx-NW-FWA-1010VC



This is the rear view of Versa 1xx-NW-FWA-1010VC

Platform Specifications

This table provides the platform specifications of Versa 1xx-NW-FWA-1010VC.

Versa Models
Versa-100-NW, Versa-110-NW, Versa-120-NW
Vendor Models
Versa-100-NW: Advantech 1010VC-00E, Versa-110-NW: Advantech 1010VC-01E, Versa-120-NW: Advantech 1010VC-02E
Performance
Versa-100-NW: 250 Mbps+ (*) Versa-110-NW: 500 Mbps+ (*) Versa-120-NW: 1.5 Gbps+ (*)
Processor & Memory
Versa-100-NW: Intel C2358 2-Core CPU @1.7 GHz, 4 GB ECC DRAM Versa-110-NW: Intel C2558 4-Core CPU @2.4 GHz, 8 GB ECC DRAM Versa-120-NW: Intel C2758 8-Core CPU @2.4 GHz, 16 GB ECC DRAM
Encryption Assist in Hardware
Built-in Quick-Assist support
Built-in Interfaces
WAN: 2x Cu or SFP dual media capable interfaces
LAN: 4x Cu GE switched LAN interfaces (served by Marvell 88E6141 unmanaged switch connected with 1x GE uplink to Atom CPU complex)
Wireless Interfaces
Built-in LTE and / or WiFi Interface Options LTE SIM Card externally accessible
Other Interfaces
Management: 1x Cu GE; Console: RJ45; Other: 1x USB ports
Storage
Versa-100-NW: 64 GB SSD, Versa-110-NW: 64 GB SSD, Versa-120-NW: 128 GB SSD
TPM
Yes
PSU
60W External PS, 100-240VAC input
Cooling
Cooled by 1x Smart Fan
Enclosure
Desktop size unit; wall-mount, rack-mount and desk-mount options
MTBF
325,000 hrs
Certification
EMC ClassB, CB ClassB, UL, LVD, CCC, RoHS, REACH, R&TTEP4, FCCP4




NOTE: (*) Routing, Forwarding, Layer 7 application aware traffic steering, Nextgen Firewall, URL Filtering. Testing done with UDP traffic (RFC 2544 test with 0.1% acceptable loss ratio), 1024 sessions with application offload, vxlan-entropy, and isolcpu options enabled. Encryption used for testing is AES128-GCM. Performance includes aggregate of ingress and egress traffic. 


Module Options

This table provides the module options of Versa 1xx-NW-FWA-1010VC.

LTE Options
AMER, EMEA: Sierra Wireless MC7455 APAC: Sierra Wireless MC7430
Carrier Networks
AMER, EMEA: AT&T, Bell, Rogers, Sprint, Telus, Verizon APAC: docomo, Telstra, Planned: KDDI, Softbank
Performance
Category-6 (peak down-link: 300 Mbps, up-link: 50 Mbps)
Wireless Standards
4G-LTE, 3G (WCDMA)
Frequency Bands: MC7455: B1, B2, B3, B4, B5, B8 Frequency Bands: MC7430: B1, B5, B6, B8, B9, B19
Geo-Location
GPS, Glonass, Beidou, Galileo
FRU
No (internal modem)
WiFi Option
Azurewave AW-CB178NF
Wireless Frequencies
2.4 GHz, 5 GHz
Wireless Standards
802.11a/b/g/n/ac, WLAN AP capable
Bluetooth
Integrated – Bluetooth v4.2
Encryption
WPA/WPA2, WEP 64-bit /128-bit encryption, IEEE 802.11i security standard via Advanced Encryption Standard (AES) / Counter Mode CBC-MAC Protocol (CCMP), Temporal Key Integrity Protocol (TKIP), Advanced Encryption Standard (AES) / Cipher-Based Message Authentication Code (CMAC), and WLAN Authentication and Privacy Infrastructure (WAPI) security mechanisms.
Antenna
2T2R MIMO supported, up to 867Mbps throughput
FRU
No (internal modem)



LTE Configuration and Verification

Follow these steps to configure and verify the LTE:

  1. After installing Versa FlexVNF, run cli command to enter the CLI mode.
    [admin@versa-flexvnf: ~] # cli

       .---.,
            (      ``.
       _     \        )    __      ________ _____   _____
      (  `.   \      /     \ \    / /  ____|  __ \ / ____|  /\  
       \    `. )    /       \ \  / /| |__  | |__) | (___   /  \
        \     |    /         \ \/ / |  __| |  _  / \___ \ / /\ \
         \    |   /           \  /  | |____| | \ \ ____) / ____ \  
          \   |  /             \/   |______|_|  \_\_____/_/    \_\
           \  | /  
            \_|/                   _  _ ___ _______      _____  ___ _  _____
                                  | \| | __|_   _\ \    / / _ \| _ \ |/ / __|
                                  | .` | _|  | |  \ \/\/ / (_) |   / ' <\__ \
                                  |_|\_|___| |_|   \_/\_/ \___/|_|_\_|\_\___/



admin connected from 10.42.107.254 using ssh on versa-flexvnf
admin@versa-flexvnf-cli>


     
  2. Run the config CLI command to enter the configuration mode.
    admin@versa-flexvnf-cli> config
Entering configuration mode private

[ok][2018-03-12 10:37:59]

[edit]
admin@versa-flexvnf-cli(config)% 



  3. Run the run show interface brief CLI command to verify the interfaces in the output.
    admin@versa-flexvnf-cli(config)% run show interfaces brief 
NAME       MAC                OPER  ADMIN  TENANT  VRF     IP               
----------------------------------------------------------------------------
eth-0/0    00:0b:ab:f5:9e:e2  up    up     0       global  10.42.145.70/20  
vni-0/0    00:0b:ab:f5:9e:df  down  down   -       -                        
vni-0/1    00:0b:ab:f5:9e:e1  down  down   -       -                        
vni-0/100  02:aa:bb:cc:dd:01  down  down   -       -                                           
vni-0/101  02:aa:bb:cc:dd:02  down  down   -       -                        
vni-0/102  02:aa:bb:cc:dd:03  down  down   -       -                        
vni-0/103  02:aa:bb:cc:dd:04  down  down   -       -                        
vni-0/2    00:0b:ab:f5:9e:e0  down  down   -       -                        
vni-0/200  f0:03:8c:b8:ab:00  down  down   -       -                        
vni-0/201  f0:03:8c:b8:ab:10  down  down   -       -                        
vni-0/202  f0:03:8c:b8:ab:20  down  down   -       -                        
vni-0/203  f0:03:8c:b8:ab:30  down  down   -       -                        

[ok][2018-03-12 10:47:04]

[edit]
admin@versa-flexvnf-cli(config)%



  4. Run these CLI commands to enable DHCP on the USB port after connecting LTE Dongle:

    • set interfaces vni-0/100 enable true

    • set interfaces vni-0/100 unit 0 vlan-id 0
    • set interfaces vni-0/100 unit 0 enable true
    • set interfaces vni-0/100 unit 0 family

    • set interfaces vni-0/100 unit 0 family inet

    • set interfaces vni-0/100 unit 0 family inet dhcp

      admin@versa-flexvnf-cli(config)% set interfaces vni-0/100 unit 0 family inet dhcp 
[ok][2018-03-12 10:48:39]

[edit]


  5. Run the commit CLI command to save the interface configuration and enable the configuration changes.
    admin@versa-flexvnf-cli(config)% commit
Commit complete.
[ok][2018-03-12 10:48:41]

[edit]
admin@versa-flexvnf-cli(config)%



  6. Run the run show interfaces brief CLI command to verify whether the LTE interface has obtained an IP address from the service provider.
    admin@versa-flexvnf-cli(config)% run show interfaces brief 
NAME         MAC                OPER  ADMIN  TENANT  VRF     IP                 
--------------------------------------------------------------------------------
eth-0/0      00:0b:ab:f5:9e:e2  up    up     0       global  10.42.145.70/20    
vni-0/0      00:0b:ab:f5:9e:df  down  down   -       -                          
vni-0/1      00:0b:ab:f5:9e:e1  down  down   -       -                          
vni-0/100    02:aa:bb:cc:dd:01  up    up     -       -                          
vni-0/100.0  02:aa:bb:cc:dd:01  up    up     0       global  100.81.114.191/25       
vni-0/101    02:aa:bb:cc:dd:02  down  down   -       -                          
vni-0/102    02:aa:bb:cc:dd:03  down  down   -       -                          
vni-0/103    02:aa:bb:cc:dd:04  down  down   -       -                          
vni-0/2      00:0b:ab:f5:9e:e0  down  down   -       -                          
vni-0/200    f0:03:8c:b8:ab:00  down  down   -       -                          
vni-0/201    f0:03:8c:b8:ab:10  down  down   -       -                          
vni-0/202    f0:03:8c:b8:ab:20  down  down   -       -                          
vni-0/203    f0:03:8c:b8:ab:30  down  down   -       -                          

[ok][2018-03-12 10:49:58]

[edit]
admin@versa-flexvnf-cli(config)%



  7. Run these CLI commands if the operator shares the username/password of the APN:

    • set interfaces vni-0/101 wwan username [email protected]

    • set interfaces vni-0/101 wwan password 123442324

      NOTE:
      • Interface vni-0/100 to vni-0/103 reserved for LTE, and vni-0/200 to vni-0/207 reserved for Wi-Fi.

      • From Versa Director Rel 16.1-S5 onwards, the default post staging templates are created using vni- 0/0, vni-0/1 etc. The LTE dongle is supported by interfaces vni-0/100 to vni-0/103.

      • Select Administration > SD-WAN > Templates > edit to export your current template. This replaces your corresponding WAN side vni interface to vni-0/100.


  8. Import the template using the edited file.

  9. Run the staging.py command with -w 100 -d or -w 101 -d option to use the vni-100 in WAN for LTE and DHCP.

     NOTE: You do not have to change the template for LTE in a private build.

  10. Run these CLI commands after inserting the dongle in the Versa FlexVNF USB slot. The Versa FlexVNF auto detects the IP address.

    • show interfaces detail vni-0/100

    • show interfaces wwan status brief
    • show interfaces wwan status carrier-brief | tab
    • show interfaces wwan status cell-location



APN Configuration

Follow these steps to configure an APN:

  1. Run the set interfaces vni-0/100 wwan CLI command to configure the wireless WAN.
    Example


  2. Run the show interfaces wwan status brief CLI command to view the wwan status.
    Example


  3. Run the show interfaces wwan status carrier-brief|tab CLI command to view the modems connectivity status.
    Example


  4. Run the show interfaces detail vni-0/100 CLI command to view the interface details.
    Example


  5. Run the show interface wwan status cell-location CLI command to the cell location details.

    Example



Wi-Fi Configuration

Follow these steps to configure the wifi in a private build:

  1. Run these CLI commands to configure the access point.

    • set interfaces vni-0/200 enable true

    • set interfaces vni-0/200 unit 0 vlan-id 0

    • set interfaces vni-0/200 unit 0 enable true

    • set interfaces vni-0/200 unit 0 family

    • set interfaces vni-0/200 unit 0 family inet

    • set interfaces vni-0/200 unit 0 family inet address 172.18.166.1/24

    • set interfaces vni-0/200 access-point ssid-name VOIP-WIFI

    • set interfaces vni-0/200 access-point frequency 2.4-GHz

    • set interfaces vni-0/200 access-point broadcast-ssid true

    • set interfaces vni-0/200 access-point maximum-clients 5

    • set interfaces vni-0/200 access-point wpa-password versa123

    • set interfaces vni-0/200 access-point security-mode wpa2-psk

  2. Run these CLI commands to configure the WLAN on the device:

    • set wlan wlan-2.4GHz regulatory-country country-name "US-United States"

    • set wlan wlan-2.4GHz regulatory-country wireless-protocol n-2.4GHz

    • set wlan wlan-2.4GHz regulatory-country channel auto

  3. Run the show wlan AP-status CLI commands on the branch to view the wifi configuration details:

  4. Run the show wlan client-status CLI command to view the client’s device status.