128 Ports SIM Bank

SMB128 is a SIM Box for 128 SIM cards, 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.

• 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 SMB-32/128

• Free DDNS service to support dynamic public IP

• Management of 128 SIM cards in standalone mode.

• Free SIM Server for management of over 10,000 SIM cards

• Counter measures for the techniques used for SIM card blocking

• Online firmware upgrade

• Linux Based System

Features

• SIM Port: 128 ports

• Power Adapter: DC 12V/2A

• CPU: ARM11/700MHz

• RAM: 128M

• Flash: 8M

• Max power consumption: 15W

• Net weight: 1.34KG

• Size:29.2*22.5*5.5cm

• Operating Tempreture: 0-45℃

• Working Humidity:  10%-90% non condensation

Application

• Bulk SMS Messaging Services:

Ideal for businesses or service providers engaged in bulk SMS messaging services, such as marketing campaigns, promotions, notifications, and alerts. The SIM bank facilitates the management of numerous SIM cards to handle high-volume messaging.

• Mobile Network Connectivity:

Integrated with GSM/3G/4G/LTE modems or gateways, the SIM bank provides network connectivity using multiple SIM cards. This is particularly useful in scenarios requiring reliable and scalable mobile network connections.

• VoIP Integration:

Used in Voice over Internet Protocol (VoIP) systems where SIM cards are utilized for voice communication over the internet. The SIM bank manages and controls the SIM cards for seamless integration with VoIP services.

• Automated Communication Systems:

Integrated into automated systems that require SIM card management for sending automated SMS messages or facilitating machine-to-machine (M2M) communication.

• Network Redundancy and Load Balancing:

Deployed to ensure network redundancy by managing multiple SIM cards from different carriers. Load balancing features optimize the distribution of traffic across SIM cards, enhancing efficiency and reliability.

• Remote SIM Card Management:

Facilitates remote management of SIM cards, allowing administrators to control and configure SIM cards without physical access to the devices. This is particularly valuable in distributed or remote deployments.

• Enterprise Communication Solutions:

Utilized by enterprises and businesses with extensive communication needs, such as internal announcements, employee notifications, and customer communications.

• Scalable SMS Gateway Services:

Integrated into SMS gateway services that require scalability to handle a large number of concurrent SMS connections. The SIM bank ensures efficient management of SIM cards for these services.

• Data Communication Applications:

Applied in scenarios where SIM cards are used for data communication, such as IoT (Internet of Things) devices, telemetry, and remote monitoring systems.

• Telecom Infrastructure:

Deployed as part of telecommunications infrastructure, especially in scenarios where a large number of SIM cards need to be managed efficiently for various communication services.