Credentials Supported
- FIngerprint and RFID Card
In today’s interconnected and fast-paced world, organizations face the challenge of effectively managing and integrating various communication systems, including traditional telephony, Voice over IP (VoIP), and multimedia services. These systems often operate on different protocols and technologies, making it difficult to achieve seamless connectivity and efficient communication within the organization and with external stakeholders.
Matrix SARVAM UMG is a Universal Media Gateway offering connectivity of VoIP, GSM/3G/4G, T1/E1 PRI, ISDN, and POTS networks on a single platform.
With universal routing combined with least-cost routing, telephony costs can be significantly reduced. To avail cost benefits, the system can be programmed to select the most economical network on the basis of number, time, network, port, and combinations of each. The universal slot architecture allows the selection and configuration of interface options to match the exact call traffic requirements of any organization.
Matrix VoIP Gateways help businesses manage huge call traffic over mobile networks and drastically cut down recurring telephony bills. VoIP Gateways bridge the gap between VoIP and traditional communication networks enabling corporates to avail advantages of the latest communication technology. IP networks offer benefits such as call routing, call signaling, voice compression and many more that allow efficient handling of voice and data using existing communication infrastructure.
GSM extends the reach of businesses as compared to fixed lines by converting fixed-to-mobile calls to mobile-to-mobile calls. Matrix manufactures VoIP GSM Gateways that enables traditional extensions to connect to IP Phone system and place outbound calls over the desired network.
It links an organization’s existing infrastructure to the new-age communication networks.
While migrating to modern communication, replacing or discarding traditional PBX systems can be costly and disruptive, leading to potential loss of investment and operational inefficiencies. The lack of a seamless transition path to newer communication technologies poses a considerable concern for organizations seeking to enhance their communication infrastructure without compromising their existing investment.
The Universal Media Gateway acts as an interface between the traditional PBX and the modern IP network, enabling seamless communication between legacy and IP-based devices. This approach preserves the functionality and features of the existing PBX while allowing businesses to take advantage of the cost savings and benefits of IP-based communication. The Universal Media Gateway’s interoperability and support for various protocols ensure a smooth and phased migration process, reducing disruptions and safeguarding the existing PBX investment. With a Universal Media Gateway solution, businesses can modernize their communication infrastructure while maximizing the return on their investment in traditional PBX systems.
The lack of seamless integration between legacy systems and modern networks can lead to communication gaps, compatibility issues, and hindered collaboration. This connectivity disparity poses a considerable concern for organizations looking to leverage the benefits of new-age networks while preserving their investment in existing communication infrastructure.
The Universal Media Gateway acts as a bridge between traditional communication systems and modern networks, facilitating seamless communication across diverse protocols and interfaces. By converting signals between analog, digital, and IP-based formats, the Universal Media Gateway ensures compatibility and smooth interoperability between legacy and new-age devices. This allows businesses to leverage the advantages of VoIP or SIP networks without the need for costly infrastructure overhauls. With a Universal Media Gateway solution, organizations can maximize their existing communication investment while enjoying the benefits of advanced communication technologies, enabling them to stay competitive and embrace digital transformation with ease.
The lack of protocol compatibility can lead to communication breakdowns, data loss, and hindered collaboration. This poses a considerable concern for organizations seeking to establish a unified communication infrastructure that can support diverse protocols and enable efficient communication across their network.
The Universal Media Gateway acts as a versatile intermediary, translating communication signals between different protocols to ensure seamless interoperability. This enables communication across various networks and devices, supporting protocols such as SS7, ISDN, SIP, H.323, and more. With protocol conversion, businesses can connect disparate systems, unify communication channels, and enhance collaboration, regardless of the underlying communication protocol. The Universal Media Gateway’s ability to handle multiple protocols simplifies network management, fosters efficient communication, and ensures a cohesive and productive communication experience across the organization. By adopting a Universal Media Gateway solution, businesses can overcome protocol compatibility challenges and establish a robust and future-proof communication infrastructure.
Each gateway may require different configurations, updates, and maintenance, leading to administrative challenges and increased operational overhead. The lack of centralized management for these gateways hinders efficient communication network management, impacting productivity and potentially causing communication disruptions.
With a centralized management interface, administrators can easily configure, monitor, and update multiple gateways from a single location. This streamlines network management reduces administrative complexities and ensures consistency in gateway settings and configurations. Additionally, the Universal Media Gateway’s automated provisioning and remote management features simplify deployment and maintenance tasks, optimizing operational efficiency. With streamlined management, businesses can efficiently oversee their communication infrastructure, proactively address potential issues, and provide uninterrupted communication services, leading to improved productivity and a seamless communication experience for users across the organization.
Maintaining and upgrading diverse gateways can lead to increased capital expenditures, operational costs, and complexities in managing the network infrastructure. The lack of a unified solution for handling different protocols and interfaces may hinder cost optimization and impede the seamless flow of media across networks.
A Universal Media Gateway solution offers an effective solution by providing a centralized and versatile gateway platform that supports multiple communication protocols and network interfaces. By consolidating various gateways into a single unified platform, businesses can reduce capital expenses, minimize operational costs, and simplify network management. The Universal Media Gateway’s ability to handle diverse protocols ensures seamless media interworking between different networks, improving communication efficiency and enhancing the overall quality of service. Moreover, the scalability of the solution allows businesses to adapt their network infrastructure as requirements evolve, further optimizing ROI. With a Universal Media Gateway solution, businesses can achieve cost savings, streamline operations, and deliver exceptional communication experiences, thereby maximizing the return on their gateway investments.
Don’t worry, we’re here to assist you. Sometimes, finding the perfect solution can be a bit tricky, but we’re committed to assisting you every step of the way.
Credentials Supported
RF Option
Template Capacity
Event log
RS-485
RS-232
Reset Switch
Tamper Detection
Sensor Name
Sensor Technology
Encryption
Water-proof
False Acceptance Ratio (FAR)
False Rejection Ratio (FRR)
Resolution (DPI)
Sensing Area
Template Size
Image Size (Pixel)
LED
Buzzer
Operating Temperature
Relative Humidity
Power
Dimensions
Weight
Ingress Protection
Mounting
Credential Support
RF Option
User Profile
Event Log
Inbuilt Bluetooth®
RS-232
Wiegand
RS-485
Dimensions
Weight
Gorilla Glass
CPU
Tamper Detection
Buzzer
LEDs
Ingress Protection (IP)
Vandal Proof (IK)
Keypad
Operating Temperature
Humidity
Wall Mount
Communication mode
Event buffer
Ethernet
RS-485
POE
AUX IN
AUX OUT
AUX IN Type
AUX OUT Type
CPU
Flash memory
RAM memory
Reset switch
LED
Buzzer
Operating Temperature
Relative Humidity
Power
Dimensions
Weight
System Integration
Operational Mode
Communication mode
Event buffer
Ethernet
RS-485
POE
AUX IN
AUX OUT
AUX IN Type
AUX OUT Type
CPU
Flash memory
RAM memory
Reset switch
LED
Buzzer
Operating Temperature
Relative Humidity
Power
Dimensions
Weight
System Integration
Operational Mode
Reader Interface
Reader on RS-485
Reader on Wiegand
Maximum Doors
Reader Distance
User Profile
Event Log
Inbuilt Wi-Fi
Inbuilt BLE
Ethernet
RS-485
POE/ POE+
Wiegand
Exit Switch interface
Door Status Sense
Door Lock Relay
AUX IN
AUX OUT
CPU
Operating System
Flash memory
RAM memory
Reset switch
LED
Buzzer
Operating Temperature
Relative Humidity
Power
Power to Door Lock
Reader Power Output
Dimensions
Weight
Enclosure material
System Integration
Operational Mode
Mounting
Maximum Door Controllers
Door controller on RS-485
Max User Capacity
Event Buffer
Wi-Fi
Inbuilt Bluetooth
Ethernet
RS-485
USB
SD Card
Aux-In
Aux-Out
CPU
Flash memory
RAM memory
Operating system
Communication Port
Tamper Detection
RTC
LED
Buzzer
Operating Temperature
Humidity
Input Power
Dimensions (L x H x D)
Weight
Enclosure material
Certificates
System Integration
Architecture
Mounting
Packaging Content
Credential Support
Ingress Protection
Card
Max. Users
Max. Template Storage
Event Buffer
Templates per User
Wi-Fi
Bluetooth®
Ethernet
PoE
RS-232
RS-485
Wiegand
Exit Switch Port
Door Status Sense
Door Lock Relay
Door Lock Power
Aux-In
Aux-Out
Reader Interface Types
CPU
Memory
LED
Buzzer
Operating Temperature
Humidity
Tamper Detection
Power
Power to Door Lock
Dimensions (WxHxD)
Weight
System Integration
Operational Modes
Sensor Name
Sensor Technology
Encryption
Waterproof
False Acceptance Ratio (FAR)
False Rejection Ratio (FRR)
Resolution (dpi)
Sensing Area
Template Size
Image Size
Wall Mount
Power Adapter
Battery Backup
Credential Support
Ingress Protection
Card
Max. Users
Max. Template Storage
Event Buffer
Templates per User
Wi-Fi
Bluetooth®
Ethernet
PoE
RS-232
Mobile Broadband
Wiegand
USB
Exit Switch Port
Door Status Sense
Door Lock Relay
Door Lock Power
Aux-In
Aux-Out
Reader Interface Types
CPU
Memory
Micro SD Card
Display
Display Resolution
Buzzer
Operating Temperature
Humidity
Tamper Detection
Power
Power to Door Lock
Dimensions (WxHxD)
Weight
System Integration
Operational Modes
Sensor Name
Sensor Technology
Encryption
Waterproof
False Acceptance Ratio (FAR)
False Rejection Ratio (FRR)
EER
Resolution (dpi)
Sensing Area
Template Size
Finger Duress Detection
Wall Mount
Power Adapter
Battery Backup
Face
PIN
Card
BLE – Mobile
User Profiles
Face Templates
Max. Templates Per User
Event Logs
Algorithm
Fake Face Detection
Face Identification
Face Enrolment
Dimensions (WxHxD)
Weight
Display
Display Resolution
Gorilla Glass
CPU
GPU
RAM
Flash Memory
SD Card
Tamper Detection
Buzzer
IR LEDs
Ingress Protection
Vandal Protection
Certificate
Operating Temperature
Storage Temperature
Humidity
RGB Camera
Infrared Camera
Camera Sensors
Ethernet
PoE
WiFi
Yes (802.11 b/g/n)
3G/4G/LTE
BLE
USB
Exit Switch Interface
External Reader Support
External Reader
Wiegand
Door Lock Relay
Door Lock Power
Wall Mount
Flush Mount
Power Adapter
Credential Support
Ingress Protection
Vandal Protection
Card
Maximum Users
Maximum Templates
Event Buffer
Templates per User
Wi-Fi
Bluetooth®
Ethernet
PoE
RS-232
Mobile Broadband
Wiegand
USB
Exit Switch Port
Door Status Sense
Door Lock Relay
Door Lock Power
RS-232
Wiegand
Aux-In
Aux-Out
Reader Interface Types
Micro SD Card
CPU
Memory
Display
Display Resolution
Buzzer
Operating Temperature
Humidity
Thermal Sensor
Tamper Detection
Power
Power to Door Lock
Dimensions (WxHxD)
Weight
System Integration
Operational Modes
USB
Sensor Name
Sensor Technology
Encryption
EER
Resolution (dpi)
Sensing Area
Template Size
Image Size (Pixel)
Wall Mount
Flush Mount
Power Adapter
We appreciate your interest in our products and services. For product inquiries, please fill in the relevant details or you can forward your inquiry on Inquiry@MatrixComSec.com.
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Input
Output
Compression
Compression
Downlink Throughput
Downlink Throughput
Uplink Throughput
Uplink Throughput
Simultaneous Log-in
Digital Zoom on Live
Snapshot
Multiple Camera Viewing
OSD
Image Resolution
Pre-Record
Post-Record
Snapshot Format
Recording Format
Recording Types
Adaptive Recording
Bandwidth Optimization
Synchronous Playback
Search Mode
Backup
Configuration Backup
Network Protocols
Maximum User
Remote Operation
Trigger Events
System Events
Actions
SATA Interface
NAS
USB
RAID
Retention
Network Interface
USB
LED
Reset Switch
Buzzer
Processor
RAM
Flash
OS
Control Mode
Third Party Camera Support
Operating Temperature
Humidity Range
Power Input
Dimension(L×B×H) in mm
Weight (without hard disk)
Deployment Architecture
Centralized Management and Control
Operating System Platform
DBMS Support
Video Wall/ Multi-Display
ONVIF Support
Mobile App without Cost
Multi User Login
Single User login on Different Client
Login Via SSL – Secure Socket Layer Login
Retrieval of Password through OTP (SMS/ E-mail)
E-mail and SMS Templates for Events and Action
Creating Custom/ User defined Events/ Alerts
Calling Custom Events through TCP and HTTP API
Integrating COSEC and Custom Database
Activity/ Events Logs
License Management Configuration
Device based License DongleSupport
Vehicle and User Attributes
Failover Recording Server without additional cost
Redundant Recording Server without additional License
ONVIF RTSP Server without additional License
Transcoding Server without additional License
Server and Entity Connection with Dual ISP (Failover ISP Support)
Fail-Over/ Redundant Server Support and Recording
Playback Sync for Failover Server/ Redundant Recording Server
Recording Server Configuration
Configuring Camera and Device
Video Streaming and Recording Format
HEVC/ H.265 Streaming over Onvif Protocol
Storage
Recording Type
Adaptive Recording
Device/ Edge Initiated Communication
Backup and Archive
Storage and Bandwidth Optimization
Layout wise Resolution and Bandwidth Optimization in Live View
Day Highlight and Clip Capture
Time Lapse Solution and AVI Export
Configuration Cloning
System and Device Time Synchronization
Camera Grouping
PTZ Positions and Tour Configuration
On Screen PTZ Controller
Hardware PTZ Controller Support
Multiple IPC Export over Synchronous and Asynchronous Mode
Video Export Format
Watermarking on Export
Detection through Investigator
E-Map/ Site-Map
E-map through Live View Video Tile
System Monitoring and Health Chart
User Logical View Tree – For Online Users
Provision to mark Device Under Maintenance
COSEC Access Control Integration
I/O Integration with Relay based Sensors
System Setting
Multi Language Support
System Account User
File Templates
API Integration for Third Party POS
Four Simultaneous Stream support
Multicast Stream Support
64 Camera Video Template with different Matrix
Personalize My View for Live and Page Sequence
Dwell Time Configuration for IP camera
Client Bandwidth Optimization
Event Log/ Activity Log and Export
Two Way Audio
Audio Broadcasting
Third Party Client – Stream share
One Click IPC and Monitor Control on Client
Alarm Management
Operator Generated Event/ Manual Event/ Trigger IVA
Bookmark facility with Retention Lock
Edge Recording
Edge Storage Retrieval and Playback sync
Video Pop up/ Email/ SMS/ Snapshot as Live Notification
Reports with Multi Language Support
UI Personalization
Report Personalization
Advance Report with Report Scheduler
Report with Video Clip Hyperlink – Thumbnail and Images
Resolution
Sensor Type and Size
Minimum Illumination
Focal Length
Focus Range
Field of View (FOV)
2.8mm | 3.6mm | 6mm | |
HFOV | 106.9° | 87.6° | 54° |
VFOV | 56.9° | 46.4° | 29.03° |
DFOV | 127.9° | 104.5° | 62.96° |
Lens Mount
Focus
Aperture (F#)
Iris Type
IR Range
IR Led Wavelength
IR Switching
Audio IN
Audio OUT
Two-way Audio
Audio Compression
Alarm In
Alarm Out
SD Card
Camera Adjustment Angle
No. of Stream Profiles
Stream Profiles
Available Resolutions
Max Resolution
Bitrate
Bitrate Type
Video Compression
Frame Rate
Shutter Speed
Adaptive Streaming
ONVIF Profiles
Edge Recording
Alarm Recording
Motion Recording
Time-triggered
Video Parameters
Privacy Masks
WDR
SNR
Image Enhancement
DNR
Video Analytics
IP Conflict
Network Disconnect
Storage Full
Upload Image
Upload Clip
Notifications
Supported protocols
Web Viewer
Browser
Secure boot
Signed firmware
Data Encryption
IP Address Filtering
HTTPs Streaming
Edge Data Encryption
Network Authentication
Secure Firmware Upgrade
Anti-roll back firmware
Web login Password protection
Unused debug interface protection
Power Supply
Power Consumption
Operating Humidity
Operating Temperature
Storage Temperature
Communication interface
Weight
Color
Dimensions
Storage
Certifications
Resolution
Sensor Type and Size
Minimum Illumination
Focal Length
Focus Range
Field of View (FOV)
2.8mm | 4mm | 6mm | |
HFOV | 107.6° | 57° | 127.62° |
VFOV | 87° | 46.4° | 104.5° |
DFOV | 54.3° | 29.2° | 63° |
Lens Mount
Aperture (F#)
Iris Type
IR Range
IR Led Wavelength
IR Switching
Audio IN
Audio OUT
Two-way Audio
Audio Compression
Alarm In
Alarm Out
SD Card
Camera Adjustment Angle
No. of Stream Profiles
Stream Profiles
Available Resolutions
Max Resolution
Bitrate
Bitrate Type
Video Compression
Frame Rate
Shutter Speed
Adaptive Streaming
ONVIF Profiles
Edge Recording
Alarm Recording
Motion Recording
Time Triggered
Video Parameters
Privacy Masks
WDR
SNR
Image Enhancement
DNR
Video Analytics
IP Conflict
Network Disconnect
Storage Full
Upload Image
Upload Clip
Notifications
Supported protocols
Web Viewer
Browser
Secure boot
Signed firmware
Data Encryption
IP Address Filtering
HTTPs Streaming
Edge Data Encryption
Network Authentication
Secure Firmware Upgrade
Anti-roll back firmware
Web login Password protection
Unused debug interface protection
Power Supply
Power Consumption
Operating Humidity
Operating Temperature
Communication interface
Weight
Color
Dimensions
Storage
Certifications
Image Sensor
Signal System
Minimum Illumination
Shutter Speed
Day & Night
Wide Dynamic Range
Optical Zoom
Digital Zoom
Focal Length
Zoom Speed
Angle of View
Aperture Range
Pan Range
Pan Speed
Tilt Range
Tilt Speed
3D Position
Presets
Preset Accuracy
Scan
Cruise
Pattern
Power Off Memory
IR LED
IR Range
IR irradiance Angle
Video Compression
Video Bitrate
Audio Compression
Audio Bitrate
Max Resolution
Mainstream
Sub Stream
Third Stream
Image Setting
Image Enhancement
ROI
OSD
Picture Overlay
Privacy Mask
Smart Defog
Alarm Trigger
Video Analytics
Auto Tracking
Protocol
System Compatibility
Remote Connection
Communication Interface
Audio
Alarm
Reset Button
On Board Storage
Webpage Language
Operating Conditions
Power Supply
Power Consumption
Certification
Heater
Dimension
Weight
Resolution
Sensor Type and Size
Minimum Illumination
Focal Length
Focus Range
Field of View (FOV)
2.8mm | 3.6mm | 6mm | |
HFOV | 106.9° | 87.5° | 54° |
VFOV | 56.9° | 44.4° | 29.03° |
DFOV | 127.9° | 104.9° | 62.96° |
Lens Mount
Focus
Aperture (F#)
Iris Type
IR Range
IR Led Wavelength
IR Switching
Audio Streaming
Audio Input
Audio Output
Audio IN Impedance
Audio OUT Impedance
Audio Noise Filtering
Audio Sampling rate
Audio Compression
SD Card
Camera Adjustment Angle
No. of Stream Profiles
Stream Profiles
Available Resolutions
Max Resolution
Bitrate
Bitrate Type
Video Compression
Frame Rate
Shutter Speed
Adaptive Streaming
ONVIF Profiles
Edge Recording
Alarm Recording
Motion Recording
Time-triggered
Video Parameters
Privacy Masks
WDR
SNR
Image Enhancement
DNR
Video Analytics
IP Conflict
Network Disconnect
Storage Full
Upload Image
Upload Clip
Notifications
Supported protocols
Web Viewer
Browser
Secure boot
Signed firmware
Data Encryption
IP Address Filtering
HTTPs Streaming
Edge Data Encryption
Network Authentication
Secure Firmware Upgrade
Anti-roll back firmware
Web login Password protection
Unused debug interface protection
Power Supply
Power Consumption
Operating Humidity
Operating Temperature
Storage Temperature
Communication interface
Weight
Color
Dimensions (mm)
Storage
Certifications
Resolution
Sensor Type and Size
Minimum Illumination
Focal Length
Focus Range
Field of View (FOV)
2.8mm | 3.6mm | 6mm | 2.8mm-12mm VL/MVL | |
HFOV | 107° | 87.5° | 54° | 98°-33° |
VFOV | 57° | 44.4° | 29° | 51°-19° |
DFOV | 128° | 105° | 63° | 116°-38° |
Lens Mount
Focus
Aperture (F#)
Iris Type
IR Range
IR Led Wavelength
IR Switching
Audio IN
Audio OUT
Two-way Audio
Audio Compression
Alarm In
Alarm Out
SD Card
Camera Adjustment Angle
No. of Stream Profiles
Stream Profiles
Available Resolutions
Max Resolution
Bitrate
Bitrate Type
Video Compression
Frame Rate
Shutter Speed
Adaptive Streaming
ONVIF Profiles
Edge Recording
Alarm Recording
Motion Recording
Time Triggered
Video Parameters
Privacy Masks
WDR
SNR
Image Enhancement
DNR
Video Analytics
IP Conflict
Network Disconnect
Storage Full
Upload Image
Upload Clip
Notifications
Supported protocols
Web Viewer
Browser
Secure boot
Signed firmware
Data Encryption
IP Address Filtering
HTTPs Streaming
Edge Data Encryption
Network Authentication
Secure Firmware Upgrade
Anti-roll back firmware
Web login Password protection
Unused debug interface protection
Power Supply
Power Consumption
Operating Humidity
Operating Temperature
Storage Temperature
Communication interface
Weight
Color
Dimensions
Storage
Certifications
Resolution
Sensor Type and Size
Minimum Illumination
Focal Length
Focus Range
Field of View (FOV)
2.8mm | 3.6mm | 6mm | |
HFOV | 106.9° | 84° | 51.26° |
VFOV | 56.9° | 47.8° | 28.84° |
DFOV | 127.9° | 96.4° | 58.74° |
Lens Mount
Focus
Aperture (F#)
Iris Type
IR Range
IR Led Wavelength
IR Switching
Audio Streaming
Audio Input
Audio Output
Audio IN Impedance
Audio OUT Impedance
Audio Noise Filtering
Audio Sampling rate
Audio Compression
SD Card
Camera Adjustment Angle
Stream Profiles
No. of Stream Profiles
Available Resolutions
Max Resolution
Bitrate
Bitrate Type
Video Compression
Frame Rate
Shutter Speed
Adaptive Streaming
ONVIF Profiles
Edge Recording
Alarm Recording
Motion Recording
Time-Triggered
Video Parameters
Privacy Masks
WDR
SNR
Image Enhancement
DNR
Video Analytics
IP Conflict
Network Disconnect
Storage Full
Upload Image
Upload Clip
Notifications
Supported protocols
Web Viewer
Browser
Secure boot
Signed firmware
Data Encryption
IP Address Filtering
HTTPs Streaming
Edge Data Encryption
Network Authentication
Secure Firmware Upgrade
Anti-roll back firmware
Web login Password protection
Unused debug interface protection
Power Supply
Power Consumption
Operating Humidity
Operating Temperature
Storage Temperature
Communication interface
Weight
Color
Dimensions
Storage
Certifications
Resolution
Sensor Type and Size
Minimum Illumination
Focal Length
Focus Range
Field of View (FOV)
2.8mm | 3.6mm | 6mm | 2.8mm-12mm VL/MVL | |
HFOV | 106.9° | 87.5° | 54° | 98°-33° |
VFOV | 56.9° | 44.4° | 29.03° | 51°-19° |
DFOV | 127.9° | 104.9° | 62.96° | 116°-38° |
Lens Mount
Focus
Aperture (F#)
Iris Type
IR Range
IR Led Wavelength
IR Switching
Audio IN
Audio OUT
Two-way Audio
Audio Compression
Alarm In
Alarm Out
SD Card
Camera Adjustment Angle
No. of Stream Profiles
Stream Profiles
Available Resolutions
Max Resolution
Bitrate
Bitrate Type
Video Compression
Frame Rate
Shutter Speed
Adaptive Streaming
ONVIF Profiles
Edge Recording
Alarm Recording
Motion Recording
Time Triggered
Video Parameters
Privacy Masks
WDR
SNR
Image Enhancement
DNR
Video Analytics
IP Conflict
Network Disconnect
Storage Full
Upload Image
Upload Clip
Notifications
Supported protocols
Web Viewer
Browser
Secure boot
Signed firmware
Data Encryption
IP Address Filtering
HTTPs Streaming
Edge Data Encryption
Network Authentication
Secure Firmware Upgrade
Anti-roll back firmware
Web login Password protection
Unused debug interface protection
Power Supply
Power Consumption
Operating Humidity
Operating Temperature
Storage Temperature
Communication interface
Weight
Color
Dimensions
Storage
Certifications
Name | GSM/4G Ports | FXS Ports |
SIMADO GFX11 | 1 (GSM) | 1 |
SIMADO GFX11 4G | 1 (4G) | 1 |
SIMADO GFX11E | 1 (GSM) | 1 |
SIMADO GFX11E 4G | 1 (4G) | 1 |
SIMADO GFX44 | 4 (GSM) Up to 3G | 4 |
Name | VoIP Channels | FXS Ports | FXO Ports | SIP Accounts |
SETU VFX404 | 4 | 4 | 0 | 9 |
SETU VFX808 | 8 | 8 | 0 | 9 |
SETU VFX440 | 4 | 0 | 4 | 9 |
SETU VFX880 | 8 | 8 | 8 | 9 |
SETU VFX844 | 8 | 4 | 4 | 9 |
SETU VFXTH3200 | 32 | 0 | 32 | Upto 32 |
SETU VFXTH0016 | 16 | 16 | 0 | Upto 32 |
SETU VFXTH0024 | 24 | 24 | 0 | Upto 32 |
SETU VFXTH0032 | 32 | 32 | 0 | Upto 32 |
SETU VFXTH0808 | 16 | 8 | 8 | 16 |
Name | T1/E1 Ports | SIP Trunks | VoIP-PRI Calls (Simultaneous) | Built-in VoIP Modules |
SETU VTEP 4P | 4 | 125 | 120 | 2 |
SETU VTEP 3P | 3 | 125 | 90 | 2 |
SETU VTEP 2P | 2 | 125 | 60 | 1 |
SETU VTEP 1P | 1 | 125 | 30 | 1 |
System Resources | SARVAM UMG (ETERNITY GENX) Max. Resources |
Universal Slots | 12 |
SIP Trunks | 250 |
VOIP Channels | 128 |
NX DBM VOCODER64 | 2 |
GSM/3G/4G Ports | 48 |
T1/E1 PRI Ports | 8 |
CO/FXO (TWT) Ports | 192 |
SLT/FXS Ports | 240 |
Max Concurrent IP-TDM Calls | 128 |