Network in a Box

Application

Network in a Box

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In Building

  • Education
  • Military
  • Hospitality
  • Healthcare
  • Multi-Family Residential
  • Office Space
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Public Space

  • Entertainment
  • Government
  • Retail
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INDUSTRIAL IoT

  • Manufacturing
  • Mining
  • Oil & Gas
  • Power & Utilities
  • Transportation

SPECIFICATIONS

General Specifications

LTE Modes

FDD

Sectors

1

Users

128

MIMO

2x2

Throughput

110 Mbps DL, 41 Mbps UL

Channel Bandwidth

5, 10, 20 MHz

Synchronization

GPS

UE Support

CAT 4/5/6

Modulation

DL/UL: 64-QAM

Frequency

Any L TE Band

Output power

20 /40 Watt

3GPP Release

9/10

Mechanical Specifications

Volume (LxWxH)

450mm x 315mm x 170mm

Weight

22 Kg

Network connectivity

2xRJ-45, Gigabit Ethernet

DC Power input connector

C10-694780-02S Amphenol

Antenna connectors

N type

GPS connector

N type

Mounting options

Wall mount Pole mount Rooftop mount Cabinet install

Environmental Specifications

Temperature

0 to 55 C

Relative humidity

95%, non-condensing

Protection level

IP66

Electrical Specifications

Input power

48V

Power consumption

<500W

OAM Specifications

Logging and debugging

Flexible, modular logging framework
“Log to file Statistics / server” feature

Command Line Interface

Yes

L2/L3

  • Antenna Configuration : 2T2R
  • Cyclic Prefix : Normal
  • Timing : Frequency, Phase
  • Link Adaptation (Round Robin, Proportionally fair, QCI Based
    Scheduling)
  • BLER Based Link Adaptation
  • Semi Persistent Scheduling (SPS)
  • Power Control
  • TDD Physical Channel Dimensioning (PUCCH, PUSCH, PDSCH)
  • TDD Dynamic switching of HARQ feedback mode
  • TDD Dynamic switching of Special Sub-frame Pa erns (SSF)
  • TDD Own-Carrier Scheduling

Logging and debugging :

  • Flexible, modular logging framework
  • “Log to file / server” feature
  • Statistics
  • Key performance indicators (KPIs)
  • Command Line Interface (CLI)

RRM

  • Multibearer support
  • Bearer Control
  • Admission Control
  • Emergency Call Support
  • Timing and Signaling characteristics
  • UE transmit ming
  • UE mer accuracy
  • Timing Advance
  • Radio Link Monitoring
  • Cell phase synchroniza on accuracy (TDD)
  • UE Measurements Procedures in RRC_CONNECTED State
  • E-UTRAN RRC_IDLE state mobility
  • E-UTRAN RRC_CONNECTED state mobility
  • E-UTRAN Handover (Inter & Intra frequency) - E-UTRAN FDD – FDD ,
  • E-UTRAN TDD – TDD
  • Handover to other RATs :E-UTRAN - UTRAN FDD Handover, EUTRAN
    - UTRAN TDD Handover
  • E-UTRAN - GSM Handover
  • RRC Connec on Mobility Control
  • RRC Re-establishment
  • RRC Connec on Release with Redirec on : RRC connec on UTRAN
  • FDD,v RRC connec on release with redirec on to release with
    redirec on to GERAN
  • CSG Proximity Indica on for E-UTRAN and UTRAN
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MME

q1
  • S1-MME/S6a/S10
  • NAS signaling
  • NAS signaling security
  • UE Reachability in ECM-IDLE state (including control and
    execution of paging retransmission)
  • Tracking Area list management
  • PDN GW and Serving GW selection via DNS based on APN/TAC
  • MME selection for handovers with MME change Authentication
  • Bearer management functions including dedicated bearer
    establishment
  • GTP v2 (Control Plane) standard compliant
  • GTP path management through Echo Request and Echo
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PGW

pgw
  • Per user-based packet filtering (e.g. by deep packet inspection)
  • Supports static and dynamic(DHCP based) UE IP address
    allocation
  • UL and DL Service Level gating control as defined in TS 23.203
  • UL and DL Service Level rate enforcement as defined in
    TS 23.203 (e.g. by rate policing/shaping per SDF)
  • DL rate enforcement based on the accumulated MBRs of the
    aggregate of SDFs with the same GBR QCI
    (e.g. by rate policing/shaping)
  • UL and DL bearer binding as defined in TS 23.203
  • UL bearer binding verification as defined in TS 23.203
  • Network iniitated dedicated bearer activation
  • Supports Offline charging data records (CDRs) generation
  • Bearer modification procedures
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PCRF

pcrf
  • Compliant with PCC logical architecture as proposed in 3GPP
    Standard
  • Supports a Gx reference point that allows communication with
    the PCEF via diameter
  • Supports configuration of multiple PCC rules per bearer
  • Dedicated bearer activation
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SGW

sgw
  • Support of S1-U/S11/S5 interfaces
  • The Local Mobility Anchor Point for inter eNodeB handover
  • ECM-IDLE mode downlink packet buffering and initiation of
    network triggered service request procedure
  • Packet routing and forwarding
  • Transport level packet marking in the uplink and the downlink
    network triggered service request procedure
    (e.g. by rate policing/shaping)
  • Supports Offline charging data records (CDRs) generation
  • Bearer modification procedures
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HSS

hss
  • Maintain and provide subscription data over diameter (S6a
    interface)
  • Over Diameter (signalling scalability and performance)
  • Supporting USIM based Authentication and Encryption
  • User Registration management
  • Maintain knowledge of used PDN GW
  • User profile information
  • Mobile Management
  • Service Profiling
  • Access Authorization, Service Authorization
  • User Identification, Numbering and address information
  • User Security information: Network access control information
    for authentication and authorization
  • User Location information at inter-system level: the HSS
    supports the user registration and stores inter-system location
    information, etc.
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