LTE + 5G START
5G service launch
5G EDGE GATEWAY / iR800B SERIES
Build non-stop connectivity from the edge
A 5G edge gateway combining 5G SA/NSA, 10GbE, edge computing and resilient multi-link connectivity for mission-critical infrastructure and industrial systems.
iR800B5G EDGE GATEWAY
5G SA / NSARel.16 / Rel.17
10GbE × 210GbE× 2RJ-45 / SFP+
3CC CA 200MHzCarrier Aggregation
4×4 MIMOMulti-Antenna
01 / WHY iR800B
Speed alone is not enough for critical infrastructure
iR800B is engineered not only for 5G performance, but also for resilient paths, device recovery and demanding field environments.
5G MULTI-RAT
5G readiness is about more than speed.
iR800B supports both 5G and LTE, allowing both network generations to be used while DSS and spectrum refarming progress in parallel.
LTE5G NR
DSSLTE / 5G share spectrum
REFARMINGLTE spectrum → 5G NR
20205G service launch
NOWDSS and refarming progress in parallel
2030Toward a 5G-centric network
LTE-ONLY RISKDependent on narrowing LTE spectrum
5G MULTI-RATUse both LTE and 5G
DSS + REFARMING
Parallel transition toward 5G
5G Multi-RAT
Long-term operation into a 5G-centric era
10GbE × 5G
Carry high-speed 5G traffic through 10GbE RJ-45 and SFP+.
Multi-SIM / Multi-Link
Combine multiple SIMs and independent 5G devices to reduce single-link dependency.
Detection & recovery
Monitor connectivity through functions including ping monitoring and scheduled reboot.
Rail & automotive environments
Industrial design validated for vibration, shock and EMC requirements.
02 / 10GbE × 5G
Take 5G performance beyond the radio link
10GbE RJ-45 and SFP+ interfaces carry high-speed 5G traffic into the wired network without making the LAN side the bottleneck.
→
→
→
1GbE BOTTLENECK → 10GbE
Do not let the wired side stop faster 5G.
IDY PERFORMANCE PROOF
Measured 5G performance beyond 1GbE.
Measurements from IDY test environments using an Anritsu MT8000A show why the wired side must move beyond 1GbE.
A performance-test value for device/interface capability, not an operational network condition.
IDY 5G / LTE PERFORMANCE LABDesigned, tested and verified in our own lab.
TEST ARCHITECTURE
End-to-end validation from 5G radio to 10GbE.
IDY maintains an in-house high-speed 5G/LTE environment to validate radio, device, wired-interface and IP throughput performance end to end.
01 / 5G NETWORK5G SA n79200MHz / 4×4 MIMO
→02 / TEST SYSTEM
MT8000A5G test system
→MT8000A5G test system03 / DEVICEiR800BPCIe / USB
→04 / WIRED10GbERJ-45 / SFP+
→05 / MEASUREiperf3Test server
IN-HOUSE LABPermanent 5G / LTE lab
TEST EQUIPMENTAnritsu MT8000A5G validation
IP THROUGHPUT3Gbps+ VERIFIED
5G TEST SYSTEMMT8000A5G SA / NR validation
LTE TEST SYSTEMMT8821CLTE validation
MEASURED PERFORMANCE / iR800B
Carry measured 2.45Gbps into the network beyond.
iR800B measured 2.45Gbps DL. Its 10GbE RJ-45 and 10GbE SFP+ interfaces are designed to carry 5G performance beyond the 1GbE ceiling into the wired network.
2.45GbpsMEASURED DL
* Measured values are from specific test conditions and do not guarantee throughput on commercial networks. The asynchronous UL result is a device/interface performance test and does not represent an operational scheduling condition. Maximum CA configuration depends on model and network conditions.
03 / NON-STOP CONNECTIVITY
Not all redundancy is the same
Dual SIM only describes how many SIMs are installed. What matters for continuity is how many networks remain registered and how many links can carry traffic at the same time.
iR800B-107 + iS201B
Keep two 5G links Active with a third already Registered
Connect iS201B to iR800B-107 over USB to add a second, independent 5G communications device. The system can provide 3 SIM / 3 Concurrent Registration / 2 Active Links.
3SIM
3CONCURRENT
REGISTRATION
REGISTRATION
2ACTIVE
LINKS
LINKS
MODEL + iS201B COMPARISON
Choose the redundancy architecture for the mission
Both configurations provide 3 SIM and 2 Active links, but the registration state of the internal SIMs is different. SIM A / B / C are logical link labels; the physical SIM interfaces are nanoSIM Slot 1 / Slot 2.
3GPP Rel.16
3 SIM / 2 Registration / 2 ActiveiR800B-102 + iS201B
iR800B-102USB 3.2DATA + POWER
iS201BiR800B-102 SIM ARegisteredActive
iR800B-102 SIM BNot Registered—
iS201B SIM C Independent 5G deviceRegisteredActive
Switching to internal SIM B requires network registration, so changing to another network takes additional time.
3GPP Rel.17 / FN990B40
3 SIM / 3 Concurrent Registration / 2 ActiveiR800B-107 + iS201B
iR800B-107USB 3.2DATA + POWER
iS201BiR800B-107 SIM ARegisteredActive
iR800B-107 SIM BRegisteredStandby
iS201B SIM C Independent 5G deviceRegisteredActive
Both internal SIM networks remain registered. The standby path stays registered and ready, improving continuity.
PHYSICAL CONNECTION / DATA PATH
Add an independent 5G link through USB 3.2.
iS201B connects to one of the three USB 3.2 ports on the front of iR800B. Its Active 5G data link is handled as an additional WAN path and routed through the wired interfaces on the rear.
01 / 5G NETWORK
5G
Carrier 5G / Local 5G
→5G
02 / INDEPENDENT 5G DEVICEiS201B
iS201BIndependent Active 5G link
→USB 3.2
DATA + POWER
DATA + POWER
03 / iR800B FRONTUSB 3.2 × 3
USB 3.2 × 3Connect iS201B to any of the three USB ports
→ROUTING
LOAD BALANCE
RECOVERY
LOAD BALANCE
RECOVERY
04 / iR800B REAR
To the system network
To the system networkSFP+10GbE RJ-451GbE LAN × 2
5G NETWORK→iS201B→USB 3.2→iR800B FRONT→iR800B REAR→10GbE / SFP+ / 1GbE LAN
04 / EDGE COMPUTING
More than connectivity. Compute at the edge
A quad-core Arm Cortex-A73 1.8GHz processor, 10GbE and industrial interfaces connect video and machine data to the field edge and network. WISE CONNECT® supports modules tailored to customer applications.
EDGE COREArm Cortex-A73QUAD-CORE / 1.8GHz
LOCAL PROCESSING
Process at the field edge, not only in the cloud.
iR800B combines communications, local compute and industrial I/O, providing an edge platform that can handle field data locally and connect required information to 5G and 10GbE networks.
EDGE ARCHITECTURE
Move field data from the edge to the network.
Bring industrial device connectivity, edge processing and high-speed networking into one platform.
01 / FIELDCAMERA / SENSOREquipment / devices / video
→02 / iR800BCOLLECTUSB / Serial / LAN / DIO
→03 / EDGEPROCESSArm Cortex-A73
→04 / NETWORK5G / 10GbEHigh-speed transport
→05 / CLOUDCONTROL / CLOUDMonitoring / integration
Compute resources for local data processing as well as communications.
Connect high-volume edge data to the high-speed wired network.
Connect industrial equipment through USB 3.2, RS232 / RS485 and DIO.
Wi-Fi 6 is available with a Wi-Fi module installed in WISE CONNECT®. Bluetooth 5.2 and GNSS are also supported.
EDGE COMPUTINGFrom “send everything to the cloud”
to “process at the edge and connect what matters.”
05 / MISSION CRITICAL USE CASES
Build non-stop connectivity
from challenges found in the field.
Deploying mobile and 5G connectivity in demanding field environments reveals challenges that specifications alone cannot show. iR800B turns that experience into the next communications infrastructure.
NETWORK TRANSITIONLOCAL 5G → CARRIER 5G
01 / RAILWAY & MOBILITY
From station to station.Stay connected as networks change.
For mobility environments where connectivity changes between local 5G at stations and carrier 5G between them. Multi-network architecture is designed to reduce interruption during transitions.
5G MULTI-RATMULTI-SIMFAST SWITCHING
iR800B-107 + iS201B3 SIM / 3 REG / 2 ACTIVE
02 / BROADCAST & VIDEO
Move video fast.Keep the connection alive.
High-volume contribution links need more than speed. Combine iR800B-107 and iS201B for a resilient two-active-link architecture across different mobile networks.
5G UPLINKMULTI-SIM10GbEREDUNDANCY
END-TO-END RTT / MEASURED9.5 ms
03 / INDUSTRIAL & ROBOTICS
Do more thanjust connect 5G.
Approximately 9.5 ms End-to-End RTT was measured with iR800B in a local 5G test environment. 10GbE and edge computing support low-latency architectures for robotics and remote control applications.
5G SAURLLCCONFIGURED GRANTNETWORK SLICING
Measured in a specific local 5G test environment. Actual communications performance is not guaranteed.
RESILIENT CONNECTIVITYFIXED + MOBILE
04 / BUSINESS CONTINUITY
When the primary line stops,keep the business running.
Field experience using mobile backup to maintain operations during fixed-line failures now evolves toward 5G Multi-RAT and multi-carrier resilience for critical sites.
FIXED LINE5G BACKUPMULTI-CARRIERFAILOVER
FIELD EXPERIENCE → PRODUCT PHILOSOPHYThat is why we built iR800B.
06 / INDUSTRIAL RELIABILITY
Speed alone is not enough
for critical infrastructure.
Critical infrastructure requires more than communications performance. iR800B has been validated on actual hardware for vibration, shock, temperature, EMC immunity, EMI emissions and power disturbances.
VIBRATION ENDURANCE5 HOURS × 3 AXES
RAILWAY / JIS E 4031:2013 CLASS 1A
Vibration and shock testing for railway environments.
Functional vibration, five-hour endurance testing on each of the X, Y and Z axes, and shock testing all passed. Transport and handling shock testing at 30G / 18 ms was also completed.
X / Y / ZFUNCTION TESTSHOCK TESTPASS
30G / 18msTRANSPORT & HANDLING SHOCK
VIBRATION TEST3.0G35–400 Hz
AUTOMOTIVE / JIS D 1601:1995
Three-axis vibration testing for automotive environments.
Evaluated to classifications 1A / 1B / 2A / 2B, vibration acceleration level 30. The unit passed 3.0G functional and endurance vibration testing on all three axes, followed by functional, external and internal inspection.
1A / 1B / 2A / 2BX / Y / Z3.0GPASS
TESTED WHILE CONNECTEDNot only shaken.
Not only shaken.
Tested while connected.
LTE CONNECTIONThroughput monitored continuously during testing
Wi-FiWireless connectivity monitored by Ping
RS232CContinuous loopback monitoring of I/O communication
AFTER TESTFunctional, external and internal inspection
ENVIRONMENTAL & ELECTRICAL RELIABILITYValidate the operating range.
Validate the operating range.
Then test beyond it.
Temperature, immunity, emissions and power disturbances are evaluated on operating hardware to validate reliability beyond specifications alone.
OPERATING SPECIFICATION-10°C to +60°C
→VERIFICATION RANGE-20°C to +70°C
Actual-unit testing extends 10°C beyond both ends of the guaranteed operating range, including interface checks across seven temperature points and cold/hot startup verification.
7 TEMPERATURE POINTS / POWERED TEST / PASSESD80MHz–6GHz / 3V/mEFT / BURSTSURGECONDUCTED RFPOWER DISTURBANCE
Actual-unit evaluation covers ESD, radiated immunity, EFT/Burst, surge, conducted RF and power disturbances while communications are monitored.
IEC 61000-4 SERIES30MHz–6GHz RADIATED150kHz–30MHz CONDUCTED1GbE VERIFIED10GbE VERIFIED
Radiated and conducted emissions were evaluated with both 1GbE and 10GbE connections, passing Class B with high-speed interfaces active.
VCCI-CISPR 32:2016 CLASS BVOLTAGE DIPINTERRUPTIONVOLTAGE VARIATIONRECOVERY VERIFIED
Voltage dips, short interruptions and voltage variations were evaluated, including normal recovery of communications and I/O after restart.
IEC 61000-4-11QUALITY / MANUFACTURINGMADE IN JAPAN
Beyond performance, iR800B is validated for sustained field use and manufactured in Japan for industrial applications.
07 / PRODUCT & INTERFACES
Interfaces for high-speed networks and industrial equipment
The front panel groups interfaces for communications expansion and maintenance, while the rear provides 10GbE, SFP+, 1GbE LAN, serial I/O and system connectivity.
FRONT INTERFACESExpansion & maintenance
1234501USB 3.2 Host ×3
02microSD
03RESET button
04MODE button
05nanoSIM slots ×2
REAR INTERFACESHigh-speed & industrial connectivity
67891006SFP+ / 10GBase-R
0710GbE RJ-45
081GbE LAN ×2
09RS232 / RS485 + DIO ×2
10DC IN 9–24V / USB PD
ANT4 / ANT5Power switch
ANTENNA OPTIONS
Antenna options for different deployment needs.
iR800B supports external antennas connected directly to the SMA connectors on the unit. Select an appropriate configuration from IDY’s broad antenna lineup to match the installation environment and application.
iR800BSMAExternal antenna connection
ANTENNA LINEUPOptimized for deploymentSelect by application, frequency and installation conditions
08 / SPECIFICATIONSIndustrial 5G Edge Gateway.
Industrial 5G Edge Gateway.
Integrated into one platform.
5G, 10GbE, edge computing and industrial I/O. iR800B integrates the connectivity and expandability required for industrial deployments.
PATENTJapan Patent No. 7317562 / Communication deviceThe iR800B Series is covered by this patent.
TECHNICAL SPECIFICATIONSiR800B SERIES
01MOBILE
NETWORK
NETWORK
3GPPiR800B-101 / -102 : Rel.16
5G NR CAiR800B-101 : 2CC CA / 120MHz
iR800B-102 : 3CC CA / 200MHz
iR800B-102 : 3CC CA / 200MHz
LTE BandsB1 / B3 / B8 / B18 / B19 / B26 / B28 / B39 / B40 / B41 / B42
5G NR Bandsn1 / n3 / n28 / n40 / n41 / n77 / n78 / n79
MIMODL 4 × 4 MIMO / UL 2 × 2 MIMO
5G ModeSA / NSA / Sub-6
SIMnanoSIM × 2
02NETWORK
10GbESFP+ × 1 / RJ-45 × 1
1GbERJ-45 × 2
Wireless LANWi-Fi 6 (with WISE CONNECT® Wi-Fi module)
BluetoothBluetooth 5.2
Expansion InterfaceWISE CONNECT®
03EDGE &
INTERFACE
INTERFACE
CPUArm Cortex-A73 Quad-core / 1.8GHz
USBUSB 3.2 Host × 3
StoragemicroSD
Industrial I/ORS232 / RS485 / DIO × 2
PositioningGNSS
04POWER &
ENVIRONMENT
ENVIRONMENT
Power InputDC IN / USB PD
Operating Temperature-10°C to +60°C
Railway VibrationJIS E 4031:2013 / Classification 1A
Automotive VibrationJIS D 1601:1995
PERFORMANCE. REDUNDANCY. RELIABILITY.Built for industrial connectivity.
09 / CONTACT
Keep critical connectivity running.
Talk to IDY about 5G migration, redundant communications, business continuity, video transmission and industrial connectivity.