Mobile Amarisoft Callbox
Amarisoft LTE Call box Mini 5G 4G 3GPP compliant
Amarisoft LTE Call box Mini 5G 4G 3GPP compliant
Overview
AMARI Callbox is the ideal solution for testing 5G NSA and SA, LTE, LTE-M and NB-IoT devices. It acts as a 3GPP compliant eNB/gNB and EPC/5GC allowing functional and performance testing. The Callbox is powered by a deployment quality software suite. AMARI Callbox Series offers 4 different options: Mini, Classic, Advanced and Ultimate.
What we Can Do For You
AMARI Callbox Mini is a very compact solution. designed to be used everywhere. From lab to exhibition show, this is the ideal product for NB-IoT, CATM1, CAT0 to CAT4 UEs testing.
AMARI Callbox Classic is the Original one! With the support of 4x4 mimo and carrier aggregation, this is the ideal solution for testing up to CAT10 LTE UEs. It is also suitable for handover and reselection testing thanks to multiple cells configuration. It also supports 5G NR NSA mode.
AMARI Callbox Advanced is an ideal solution for testing NR and LTE user equipments. With its two embedded SDR 100 Cards, It can support 1 NR cell 100 MHz 4x4 and 1 LTE cell 20MHz 4x4 at the same time in sub 6GHz bands. Thanks to an additional FR2 Package the AMARI Callbox Advanced can also deliver two cells 100MHz 2x2 in mmWave (FR2).
AMARI Callbox Ultimate includes the best of Amarisoft 5G technology providing 2 NR cells 100 MHz 4x4 and 2 LTE cells 20MHz 4x4 at the same time. Thanks to an additional FR2 Package the AMARI Callbox Ultimate can also deliver two cells 100MHz 2x2 in mmWave (FR2).
Why we’re Different
Features
AMARI Callbox Mini
- Up to 500 UEs
- 200 Mbps DL, 75 Mbps UL
- eDRX/PSM
- MIMO 2x2
- VoLTE
- LTE, LTE-M, NB-IoT
- 5G
AMARI Callbox Classic
- Up to 1000 UEs
- 600 Mbps DL, 150 Mbps UL
- 3CA
- MIMO 2x2
- VoLTE
- eMBMS
- Handover
- LTE, LTE-M, NB-IoT
- 5G
AMARI Callbox Advanced
- Up to 1000 UEs
- 4 Gbps DL, 1 Gbps UL
- MIMO 4x4
- VoLTE
- eMBMS
- LTE, LTE-M, NB-IoT
- 5G
AMARI Callbox Ultimate
- Up to 1000 UEs
- 5 Gbps DL, 1 Gbps UL
- eDRX/PSM
- MIMO 4x4
- VoLTE
- LTE, LTE-M, NB-IoT
- 5G
Related Video
- Generate logs from all layers, from physical layer to IP level
- Test and check protocol procedures
- Test many advanced LTE features from CA to NB-IoT
- Interact in real time through our WebSocket API
- Display constellation and channel display
- Do end to end data communication with your own servers
- Place VoLTE or VoNR call with our IMS server
- Supports in both IETF and 3GPP modes
- Send SMS over IMS or over NAS
- No need to be a 3GPP expert
Additional Videos
Subsystems
KPIs
Report Counters
- Attach Requests/Successes/Fails
- Detach Requests/Successes/Fails
- Dedicated Bearer Requests/Successes/Fails
- Current Active Sessions/ Bearers
- Number of Sessions/ Bearers Created
- Attach Request Response Time
- Protocol Errors
- Message Timeouts
Configurable Parameters
Generic
- Frequency Band
- EARFN
- Channel Bandwidth 1.4, 3, 5, 10, 15, 20
- Includes CBRS band
- TDD/FDD
- Carrier Aggregation
- PLMN Mobile Country Code (MCC), Mobile Network Code (MNC)
- eNodeB Type IP Address S1 Interface
- IP Address eNodeB
- Primary DNS Address
- Secondary DNS Adress
- MAC Address Public Gateway
- GTP Tunnel IP Address and Port
- GTP Tunnel eNodeB IP Address
- Integrity Algorithm
- IP Address to assign UEs on LAN
CBRS
- FCC ID
- CBSD Category
- Call Sign
- User Id
- Air Interface
- CBSD Serial Number
- Meas Capability
- Installation Parameters
- Grouping Parameters
PRODUCT OPTIONS
Use Cases
UE CPE Router Under Test
For testing CPE Router UE devices that have WiFi and cellular data capability, the 5G 4G 3G Base Station Emulators can provide OTA testing capability through its built-in base station and core network emulator. It enables end-to-end testing from WiFi to cellular.
Supported Scenarios:
Supports scenarios:
- Power on
- Attach
- Detach
- TAU
- Data Connection
Some of the key capabilities introduced with the M5 Mobile UE Tester Include:
- Lower Cost Per Test
- Increased Test Environment Flexibility
- Comprehensive Test Menu
- Actionable/Collaborative Reports
- End-to-end Over-the-Air performance test capability
- Includes RF base station
- Emulates all core network nodes and allows for data connection to external networks
UE IoT Device Under Test
For testing IoT devices that have cellular data capability, the 5G 4G Base Station Emulators can provide OTA testing capability through its built-in base station and core network emulator. It enables end-to-end testing.
Supported Scenarios:
Supports scenarios:
General
- Power on
- Attach
- Detach
- TAU
- Data Connection
Cyber Security suite:
- Bruteforce authentication attack (max number of authentication attempts within a certain time interval)
- Reuse Authentication credentials
- Require secure communication established
- Access without authentication
- Power outage resiliency
- Valid data input via APIs
Some of the key capabilities introduced with the M5/M1 Mobile UE Tester Include:
- Lower Cost Per Test
- Increased Test Environment Flexibility
- Comprehensive Test Menu
- Actionable/Collaborative Reports
- End-to-end Over-the-Air performance test capability
- Includes RF base station
- Emulates all core network nodes and allows for data connection to external networks
UE Phone Under Test
For testing phones that have cellular data capability, the 5G 4G 3G Base Station Emulators can provide OTA testing capability through its built-in base station and core network emulator. It enables end-to-end testing.
Supported Scenarios:
Supports scenarios:
- Power on
- Attach
- Detach
- TAU
- Data Connection
- VoLTE (with IMS Core option)
- SMS (with IMS Core option)
Some of the key capabilities introduced with the M5/M1 Mobile UE Tester Include:
- Lower Cost Per Test
- Increased Test Environment Flexibility
- Comprehensive Test Menu
- Actionable/Collaborative Reports
- End-to-end Over-the-Air performance test capability
- Includes RF base station
- Emulates all core network nodes and allows for data connection to external networks
Summary of Specifications
Specifications
Protocols
- 3GPP TS 23.401 (EUTRAN)
- 3GPP TS 24.301 (NAS)
- 3GPP TS 29.060 (GTPv1)
- 3GPP TS 29.274 (GTPv2-C)
- 3GPP TS 29.281 (GTPv1-U)
- 3GPP TS 36.413 (S1AP)
- 3GPP TS 36.414 (S1-U)
- IETF RFC5246 (TLS, Protocol (1.0, 1.1, 1.2))
- IETF RFC6101 (SSL, Protocol Version 3.0)
- IETF RFC793 (TCP)
- IETF RFC768 (UDP)
- IETF RFC4960 (SCTP)
- IETF RFC791 (IPv4)
- IETF RFC2460 (IPv6)
- IETF RFC3711 (SRTP)
- IETF RFC1035 (DNS)
- IETF RFC2131 (DHCP)
- IETF RFC3550 (RTP/RTCP)
- IETF RFC3261 (SIP)
UEs Supported
- Up to 1,000 per unit
4G Technical Specifications
- 3GPP Specification : LTE Release 8 support with features up to Release 14
- Frequency bands : All sub-6GHz bands, 400 - 6000 Mhz; including Bands 1 - 44 plus unlicensed 5Ghz band and others
- Bandwidth : 1.4, 3, 5, 10, 15 and 20 MHz, 200 KHz for NB-IoT
- Carrier Aggregation: up to 4 carriers in DL and 2 carriers in UL
- MIMO : DL MIMO support up to 2x2
- Modulation schemes : up to 256 QAM in DL and UL
- AS encryption and Integrity protection :AES, SNOW3G, ZUC
- Handover : Intra-freq, inter-freq and inter-band Handovers
- Group communication : eMBMS as per Rel10
- IoT : LTE category 0 and 1, LTE-M cat M1, NB-IoT cat NB1 and NB2 UE categories. NB-IoT subcarrier spacing 15 kHz & 3.75kHz, PSM and eDRX
- UE Categories : Cat0, Cat1, cat3, cat4, cat5, cat6, cat7, cat9, cat 10, cat11, cat12, cat13
- Number of active users : 1000+ UEs
- Number of active cells : 4 cells MIMO 2x2 or 2 cell MIMO 4x4
- IP traffic : simulation of TCP, UDP, RTP, HTTP and VoIP with configurable packet size as well as support of external applications such as iperf
- FDD and TDD configurations
- Handle several cells in intra-band or inter-band configurations
- Transmission modes: 1 (single antenna) and 2x2 MIMO
- 256QAM DL support for PDSCH and MBMS
- RF power output < 10 dBm
- Max RF input power: -10 dBm
- 4 SMA female (TX1, TX2, RX1, RX2), AC coupled
- 1 SMA female (GPS antenna with 3.3V DC power supply)
- ADC/DAC Sample Rate: 61.44 MS/s
- ADC/DAC Resolution: 12 bits
- Frequency Accuracy: 2 ppm
- LTE 20MHz 64QAM EVM < 2 %rms (f < 2.6 GHz)
- LTE 20MHz 64QAM EVM < 4 %rms (f < 3.5 GHz)
- Support of release 11 TDD special subframe configurations 7 and 9
- 5G Technical Specifications
- 3GPP Specification : Release 15
- Frequency bands : FDD/TDD FR1 All sub-6GHz bands, 400 - 6000 Mhz; including Bands 1 - 44 plus unlicensed 5Ghz band and others
- Bandwidth : up to 50 MHz
- Carrier Aggregation: up to 4 carriers in DL and 2 carriers in UL
- MIMO : DL MIMO support up to 2x2
- Modulation schemes : up to 256 QAM in DL and UL
- Subcarrier spacing : All SSB/data subcarrier spacing combination
- Supported Modes : NSA and SA
- NSA NR split bearer : 3, 3a, 3x
- Use case : eMBB
- Number of active users : 3 UE
- Number of active cells : up to 4 5G cells or 4 4G cells
Max output power
- 4G/5G: 31 mW (femto RF module option)
Connector types
- Femtocell: SMA female
LAN Connectivity
- 2x1Gbps
Power supply
- 520W AC to DC, 100 - 240v
Product Details
Disclaimer:
- Hardware products containing RF modules are designed to be used for laboratory testing purposes only. Furthermore, in order to comply with FCC rules, the user must:
- - Use cabling to connect RF modules, or
- - Use the hardware products within RF shielded chambers when radiating with antennas, or
- - Obtain FCC approval for using the hardware products in another manner.
- RF shielded chambers are offered as a product option with these hardware products
Details:
- Emulates base station and core to test the UE. Actual throughput levels over radio may vary based on the 3rd party device manufacturer and software versions. Valid8 product specifications are subject to change at any time without notice.
Related Protocols
Valid8 exports its products strictly in accordance with all US Export Control laws and regulations which shall apply to any purchase or order. Specifications are subject to change without notice.
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