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Sector
Dispatch and synchronization systems for critical transport infrastructure in Peru
Sector parameters
The challenge
Peru's transport infrastructure — ports, railways, Lima Metro, and concession roads — requires mission-critical communications that guarantee 24/7 operational coordination. The Port of Callao, the largest port in the South Pacific, needs resilient communications for crane, vessel, and logistics coordination. Lima Metro requires signaling and cabin communications synchronization with five-nines availability. EMAR SYSTEMS integrates the communication, dispatch, and synchronization layers that enable safe and uninterrupted transport infrastructure operation.
Operational scenarios
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Zetron MAX provides unified dispatch for Pacific Southern port operations: communication with tugboats, pilots, gantry cranes, and terminal management in a single console. Integration of marine VHF radio, internal VoIP, and forensic recording of all communications for DICAPI and IMO regulatory compliance.
02
Railway CBTC and ATP systems require precise time synchronization across all signaling nodes. Bitstream's TS-3000 provides GPS/GNSS time with NTP/PTP output to centralize the system's time reference, guaranteeing electronic interlocking integrity and train separation.
03
Concession highways require resilient communications between toll booths, surveillance cameras, and control centers along hundreds of kilometers. Rajant Kinetic Mesh provides a fault-tolerant wireless backbone that operates independently of commercial carrier coverage, with tower-to-tower backhaul every 10-20 km.
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Key capabilities
Products for this sector
Cost-effective instrument tripod derived from a military-spec design, offering 40kg load capacity in an ultra-compact format.
Rajant's ruggedized edge computing platform combining distributed compute, data management, and wireless connectivity (Wi-Fi 5, LTE/5G/LoRa) in an IP67 enclosure for autonomous edge operations.
Manufacturers in this sector
Rolatube
Tactical masts and elevation systems
Reino Unido · View brand →
Rajant Corporation
SpecializedThe network that maintains TCP sessions while the RTG crane traverses 800 meters of yard
EE.UU. · View brand →
Regulatory framework
Equipment certified for installation in infrastructure regulated by MTC and OSITRAN. Support for road, port, and railway concessionaires in technical certification processes. Compliance with National Port Authority (APN) and DICAPI regulations for maritime communications. Integration with OSITRAN incident reporting systems.
Technical analysis of the communications architecture required for Lima Metro Line 2's Operations Control Center (OCC): Zetron multi-channel dispatch, leaky cable tunnel radio, PTP IEEE 1588 synchronization for CBTC, and Kinetic Mesh connectivity for maintenance teams in the depot.
Peruvian urban metro systems demand high-availability communications for coordination between train drivers, control centers, and facilities SCADA systems. Zetron integrates trunked radio, cabin communications, and substation telemetry in a redundant architecture with automatic failover.
Mobile mesh networking node in a rugged IP67 compact package for vehicular and remote deployments, with up to 1.7 Gbps aggregate and up to three transceivers for multi-channel resilience.
Rugged LTE+Wi-Fi mesh node for rapid network expansion where fixed infrastructure is unavailable, with dual 2×2 MIMO radios and 600 Mbps user throughput.
Next-generation Wi-Fi 6 (802.11ax) Kinetic Mesh node delivering ~2.98 Gbps, with multi-band radios, integrated GNSS, and edge computing capabilities for the most demanding industrial environments.
High-speed mobile mesh node with quad 2×2 MIMO radios for large-scale deployments, delivering up to 600 Mbps user throughput and 2.3 Gbps aggregate at IP67 ruggedization.
Wi-Fi 6 (802.11ax) quad-radio flagship node delivering up to 3.5 Gbps with 1024-QAM, designed for LiDAR, video processing, robotics, and ML applications at the edge.
LTE-integrated Kinetic Mesh node combining cellular LTE backhaul with quad-radio 802.11ac mesh, delivering 2.3 Gbps aggregate in the same Peregrine ruggedized IP67 form factor.
Unified dispatch platform: P25/LMR radio, VoIP, CAD, GIS, and logging in a single interface. 99.999% availability for 24/7 operations.
Interoperability gateway between heterogeneous radio systems (analog, P25, DMR, TETRA). Connects legacy radio fleets with modern IP infrastructure.
Italian-made wideband omnidirectional antenna by Polo Marconi for critical links in PMR networks, telemetry and air-traffic-control applications.
Digital mobile radio from the Xd family for vehicles: supports analog mode, DMR Tier II and DMR Tier III trunked, with integrated GPS and Bluetooth.
Marine VHF antenna by Morad Antenna (Bellingham, WA) built in stainless steel and anodized aluminum — extended service life in extreme marine environments.
Compact, rugged DMR Tier II portable radio from the Xd family for field operations. Handheld complement to the SDM730 mobile.
High-density communications recording system: up to 240 simultaneous channels, full redundancy, and multi-site access. For large dispatch centers and 24/7 operations.
Resonant cavity duplexer for PMR repeater sites. Allows using a single antenna for simultaneous TX and RX with TX/RX isolation >90 dB.
Morad Antenna wideband UHF vehicle antenna for tactical radios and mobile communications systems. Stainless steel construction, magnetic or bolt mount.
Communications recording and analysis platform for emergency dispatch and public safety centers. Multi-channel TDM/VoIP/radio recording, instant search and playback, export for forensic investigation.
Multi-channel alerting system for critical operations centers. Simultaneously activates P25 radios, paging, sirens, digital signs, and IP messaging with latency under 500 ms.
50W DMR Tier II/III base station with IP67 protection for unclimated remote sites. Compatible with Simoco SDM730 and SDP660 radios, AES-256 encryption, and GPIO for remote site monitoring.
High-selectivity VHF/UHF cavity combiner for sharing a single antenna between 2-8 transmitters. Insertion loss < 1.5 dB, > 60 dB port-to-port isolation, aluminum cavity design for installation at hard-to-access sites.
Dual-feed combined antenna for AIS (162 MHz) and marine VHF (156-163 MHz) in a single radiating element. Eliminates the need for two separate antennas on vessels with limited mounting space. 3 dBi gain, UV-resistant marine fiberglass construction.
Recorded communications archive management platform with free-text search, automatic AI transcription, and sentiment analysis. Integrates with NexLog DX/FX for long-term archive, forensic search across millions of recordings, and export for regulatory compliance.
High-density voice recorder for 9-1-1 dispatch centers and public safety communications. Up to 4,000 simultaneous channels in a 2U chassis, audio retention for up to 20 years, synchronized multi-channel incident player, AES-256 encryption, and SHA-256 digital chain of custody.
25W DMR Tier II/III mobile radio in ultra-compact format (DIN 1) for installation in patrol vehicles, ambulances, and emergency vehicles with limited space. 2.8" TFT display, Bluetooth for hands-free, integrated GPS, AES-256, and remote control panel for steering column mounting.
Compact DIN-rail managed industrial switch: 8 or 4 RJ45 ports with 2-4 fiber SFP ports up to 2.5 Gbps, ITU-T K.44 surge protection, and optional PoE++ up to 90W per port.
Managed industrial switch with precision time synchronization: 4× 1/2.5/10 Gbps ports plus 8 or 16 RJ45/SFP ports, multi-constellation GNSS receiver, and PTPv2 profiles for power and telecom networks.
12/10-port managed industrial Ethernet switch with fiber SFP and copper up to 2.5 Gbps, up to 64 simultaneous G.8032 rings, and IEEE 1588v2 synchronization in DIN-rail format.
Layer 2+ managed switch in 19" 1U chassis: 4× 10 Gbps SFP+ slots plus up to 32 RJ45 ports, PoE up to 90W per port (500W total), and up to 64 ERPS rings for critical backbone networks.
Modular managed industrial switch with PTPv2 time server function: 19" 1U chassis with 8 hot-swap slots, up to 32 RJ45/SFP ports or 4× 10 Gbps SFP+ interfaces, PRP/HSR, and IEC 61850-3 certification.
Outdoor master clock with integrated 72-channel GNSS receiver: accuracy better than ±100 ns, PTP/SyncE/NTP, PoE power, and IP65 housing for direct antenna-side mounting.
Managed industrial time server with GNSS: ±40 ns accuracy, PTPv2/NTP/SyncE/ToD distribution, 4× 10 Gbps SFP+ slots, and -40°C to +85°C operation with 650,000-hour MTBF.
Managed network synchronization quality analyzer and GPS time server: GNSS reference better than ±15 ns, OCXO/DOCXO oscillators, up to 12 SFP+ slots, and 72-hour internal data logging.
Synchronization monitoring probe for 5G networks: measures the time and frequency quality demanded by the RAN (±1.5 µs), operates as a master clock with 40 ns typical error, and integrates with QuazarNet software.
Unmanaged Ethernet-to-fiber media converter with switch function: 1 gigabit RJ45 port plus 1 SFP slot, jumbo frames up to 10KB, LFPT, and -40°C to +85°C operation in a miniature format.
100 Mbps Ethernet-to-fiber converter with switch mode and optional PoE++ up to 90W: bridges copper networks with optical links in point-to-point topology, with surge protection and DIN-rail mounting.
Serial-to-fiber converter: carries RS-232/422/485 interfaces over single-mode or multimode fiber up to 60 km, in point-to-point or optical bus topology, with full immunity to electromagnetic interference.
Optical interface converter between two SFP modules: regenerates signal amplitude and converts wavelengths from 155 Mbps to 3.125 Gbps for SDH, Gigabit Ethernet, and ATM, with SNMP/web management.
Fiber optic I/O signal multiplexer: carries 8 digital inputs, 8 relay outputs, and RS-232/422/485 serial interfaces with maximum 17 ms delay, for remote command and signaling between facilities.
Fiber optic multiplexer for packet traffic and voice: up to 4 Gigabit Ethernet streams and 8 or 16 E1 channels (G.703/704) over 1 or 2 line SFP ports, with redundant AC/DC supplies in a 19" chassis.
Control and measurement unit for facility supervision: logs temperature and humidity, detects intrusion and flooding, controls remote devices, and reports over Ethernet and 2G/3G/4G LTE cellular.
Input/output extension module for Setebos 2S and Hyperion devices: adds isolated dry-contact inputs, relay outputs, and DC voltage measurement, connected via RS485 or 1-Wire.
Layer 3 router module for the Hyperion 500 switch: RIP/OSPF/BGP dynamic routing, IPSEC AES-256 encryption, up to 5 virtual routing engines (VRF), and L3 firewall with anti-DDoS protection.
Network management and monitoring platform for Bitstream and third-party devices: hierarchical domain grouping, alarm signaling, G.8032 ring monitoring, event logging, and automatic firmware updates.
Commercial-grade mesh node in an IP67 enclosure for IIoT and light-duty vehicles: dual 2.4 and 4.9/5 GHz transceivers with 2×2 MIMO, 455 grams, and power draw from 2.8W.
Ruggedized IP67 node with up to four transceivers and six antenna ports across 900 MHz, 2.4, and 5 GHz: Rajant's classic multi-radio platform for mesh backbone in large-scale operations.
Hybrid mesh + 5G node: two Wi-Fi 6 radios (2.4 and 5 GHz) plus an integrated 5G cellular modem with global band support, dynamically selecting the best path — mesh or cellular — for every packet.
Peregrine platform optimized for licensed spectrum operation: secure, high-capacity kinetic mesh with up to 3.9 Gbps combined data rate — up to 6× the throughput of standard nodes — in regulated bands.
Ultra-high-throughput mesh gateway: all the functionality of a BreadCrumb without radios, with two 2.5 GbE and four 10 GbE ports to eliminate bottlenecks at the wired-LAN-to-Kinetic-Mesh boundary.
High-speed wired interface into the Kinetic Mesh: connects fixed infrastructure to the mesh handling several hundred megabits per second, ideal as a data injection point into the network.
The networking protocol that defines Kinetic Mesh: reroutes traffic in real time by dynamically choosing the fastest, most reliable path among all available links, with no controller node and no motion-induced interruptions.
Management and monitoring suite for BreadCrumb networks: real-time topology visualization, per-node status and metrics, centralized configuration, firmware updates, and security administration across the entire mesh.
Technical analysis of migrating Peruvian railway communications from analog VHF radio to unified digital dispatch systems. P25 integration, communications recording, and real-time inter-agency coordination.