DBL TECHNOLOGY LIMITED
DBL TECHNOLOGY LIMITED
Free DDNS Service 32 Ports Remote SIM Bank For Call Termina
  • Free DDNS Service 32 Ports Remote SIM Bank For Call Termina
Free DDNS Service 32 Ports Remote SIM Bank For Call Termina

Free DDNS Service 32 Ports Remote SIM Bank For Call Termina

Min. Order:
1
Min. Order:
1
Delivery Time:
30 Days
Quantity:

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Basic Info
Basic Info
Place of Origin: Shenzhen, China
Product Description
Product Description

32 Ports Remote SIM Bank For Call Termination

Quick details

  • Brand name: DBL
  • Model Number: SMB32
  • type: SIM Server
  • Protocol: SIP & H.323
  • Support: Remote SIM

Main advantages

Remote and centralized management of SIM cards

No need to switch and recharge SIM cards on-site

Hot swap of SIM cards without powering off the SMB32

Free DDNS service to support dynamic public IP

Management of 32 SIM cards in standalone mode.

Free SIM Server for management sim cards

Counter measures for the techniques used for SIM card blocking

Online firmware upgrade

Hardware characteristics:

32 SIM Card Slots

1 PC port & 1 LAN port (10/100 Base-T)

LED Indicators: Power, Status and errors indicator

Reset button for device reboot / factory reset

Software characteristics

Operating system: Linux V2.6

SIM Card standard: GSM11.11 3.3V

IP standard: IP V4

LAN Port Configuration: DHCP, PPPoE, Static IP

Preferred Network Environment: Packet Loss rate <5%, Packet Delay < 300ms

One-way SIM peak traffic: 11KBPS

Physical Properties

Color: Grey

Case Material: Plastic

Net Weight: 720g

Size:28.5*14.5*4cm

Power: 12VDC / 2 A

Power consumption: 10W

Operating Environment Temperature: 10 ℃~ 45 ℃

Storage Environment Temperature: 0 ℃~ 5 0℃

Operating humidity: <90%, non-condensing

Warranty:One year

Remote Controller SMS Gateway SIM Bank , a 32 SIM Cards manager for GoIP, communicates directly with GoIPs with no SIM cards installed onboard. It allows centralized management and safekeeping of SIM cards. Hot swapping of SIM cards are supported so that no service interruptions to other SIM cards are incurred. SIM cards can be assigned to GoIP channels manually or dynamically with scheduled re-allocation algorithms. Therefore, SIM cards can virtually be moved between GoIP channels that are installed in different locations. In addition, SIM cards can be disabled based on certain triggering conditions and spare SIM cards can then be assigned to those GoIP channels. This mechanism helps to protect SIM cards from blocking and maximize the GoIP channel utilization.

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