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Product Description

The Cloudberry MIL CM-6200COMe ADVANCED MISSION MANAGEMENT SYSTEM (AMMS) Platform - Fully Rugged Gigabit/10Gigabit Ethernet Switch, Router, Firewall, GNSS Time Server, Dual CPUs, Dual GPUs, COM Express® Type 6 Expansion Slots and Dual Power Supplies for Aerospace and Defense applications

The Cloudberry MIL CM-6200COMe ADVANCED MISSION MANAGEMENT SYSTEM (AMMS) platform. The CM-6200COMe is a turnkey all-in-one rugged mission management, communication and compute platform, purpose-built to meet the requirements of modern fighting vehicles. It offers a high-performance Commercial Off-The-Shelf (COTS)-based, open-systems architecture platform that provides advanced interoperability for mission-critical, multi-sensored systems, configurable to meet the most demanding processing requirements for today’s military applications

The CM-6200COMe AMMS is built to meet the demands of today’s modern warfighter, with its open system architecture, powerful graphics and data processing, ultra-dense I/O, and feature-rich capabilities in an ultra-robust and extremely small form-factor packaging. The unit is IP68-enclosed and designed to meet multiple environmental and rugged military standards, providing unlimited deployment capability into any extreme environment. The CM-6200COMe AMMS reduces cost and complexity, while increasing versatility and capabilities. It develops open standards and best practices to enable, enhance and accelerate the deployment of affordable, capable, interoperable mission management systems.

  • Reduce development cycle time and cost
  • Reduce systems integration cost and risk
  • Increase commonality and reuse
  • Reduce sustainment and modernization cost
  • Support capability evolution and mitigate obsolescence
  • Enable technology transition

Facilitate interoperability

The CM-6200COMe AMMS is a highly scalable product family, as it is based on a modular open-system architecture that utilizes COMe modules (Type 6) and MXM COTS boards with a specialized carrier board assembly. The design ensures fast time to market for many customer applications and combines high performance CPU and GPGPU processing capabilities, HD full-motion video capture and encode, complete sensor integration and data fusion in a SWaP optimized system.

The CM-6200COMe AMMS provides a cost-efficient, proven and technically stable solution to deploy next generation systems quickly. The modular design ensures fast customization features that allow the system to adapt to the specific customer and end-user requirements of multiple mission applications quickly. The rugged computer system runs most Linux-based application without requiring code change.

The CM-6200COMe AMMS can provide the following capabilities in an all-in-one box solution:

Switching Gigabit and 10 Gigabit Switch with various fiber and copper options
Various Software Router Options, including NIAP Certification for Commercial Solutions for Classified (CSfC)
State of the Art Firewall
Optional GPS Time Synchronization Server (IEEE 1588 PTP v1/v2, NTP, IRIG-B, PPS)
Multiple Central Processing Units (CPU)
GPU Multiple Graphics Processing Units (GPU)
Interoperability I/O Interfaces
Version Translation Video Processing
Management Optional External Mass Storage Interface

The CPUs can be configured with most standard operating systems, including Linux or Windows. Further, the CM-6200COMe AMMS supports both GbE and 10GbE internal speed to each of the internal CPU boards, and the GPU boards can be omitted in case the built-in GPU of the CPUs are used instead.

The CM-6200COMe AMMS COTS building-block approach simplifies technology insertion and product improvement activities by allowing distinct components of the system to change with minimal impact to the rest of the system.

Due to its configurability and flexibility, the CM-6200COMe AMMS can be used efficiently in a wide range of airborne, ground, and shipboard applications. The CM-6200COMe AMMS platform has been specifically designed to operate reliably in the climatically harsh, noisy and electrically demanding environments (e.g. high altitude, extreme shock and vibration, wide temperature ranges, humidity, dust and water exposure, noisy EMI, dirty power) of military applications.

Key Features

The CloudberryMIL CM-6200COMe ADVANCED MISSION MANAGEMENT SYSTEM (AMMS) platform offers a wide range of features and functionalities for Defense applications.

Switching The CM-6200COMe AMMS comes standard with a fully managed Layer 2/3 Gigabit/10 Gigabit switch that provides a powerful set of networking features, including support for IPv4 multicast traffic filtering according to static filters or IGMP snooping, Virtual Local Area Networks (VLANs), port control (speed / mode / statistics, flow control), Quality of Service (QoS) traffic prioritization, Link Aggregation (802.3ad), SNMP v1/v2/v3 management, secure authentication (802.1X, ACLs, Web/CLI), port mirroring and redundancy based on RSTP/MSTP or High-availability Seamless Redundancy (HSR).
The CM-6200COMe AMMS can optionally be equipped with full dynamic Layer 3 routing capability. Currently, OnTime Networks offers the following three (3) Layer 3 router options:
  • a. OnTime VyOS router package
  • b. Cisco 5921 Embedded Services Router (ESR) with Advanced Enterprise protocols
  • c. Architecture Technology Corp. (ATC) CRR-1000-5 Routing and Encryption Suite (ARES) with NIAP, CSfC, and Common Criteria (CC) certification
The CM-6200COMe AMMS can optionally be equipped with a firewall network security system that monitors and controls incoming and outgoing network traffic based on predetermined security rules. A firewall typically establishes a barrier between a trusted internal network and untrusted external network, such as the Internet.
The CM-6200COMe AMMS can optionally be equipped with the GNSS Time Server Capability (IEEE 1588 PTP, NTP, IRIG-B and PPS) which delivers high-integrity precision timing in demanding applications world-wide. Support for BeiDou and GLONASS constellations in addition to GPS enables compliance with national requirements. The concurrent GNSS receiver can receive and track up to three (3) GNSS systems simultaneously. By default, the receiver is configured for concurrent GPS and GLONASS, including QZSS reception.
The integrated GNSS Time Server is designed for today’s modern, network-centric applications and further accommodates an OCXO with 0.1ppm. In addition to utilizing the integrated GNSS receiver, the unit can be synchronized by an external reference, such as an external GPS receiver, via NMEA telegram and PPS input or an IRIG-B DC input source.
  • - Multiple Central Processing Units (CPU)
  • - Multiple Graphics Processing Units (GPU)
    , as well as NTP Network Time Server (NTS)

The CM-6200COMe AMMS can optionally be equipped with multiple COM Express® Type 6 Single Board Computer (SBC) modules for customer software. The CPU operating system can be based either on Windows 10 or Linux.

For example, possible CPU solutions include:
AMD Ryzen™

  • - 2x AMD V1807B, 4x 3.35 GHz (3.75 GHz)
  • - Power consumption per CPU: 35-54 W
  • - 8 GB soldered RAM (up to 32G with RAM modules)
  • - Integrated SoC (Vega 11 Graphics), 1.8TFLOPS
Intel i7™ (8th Gen Intel® Core™)
  • - 2 x Intel® Core™ i7-8665UE, 4x 1.7 GHz, GT2
  • - Power consumption per CPU: 15W
  • - 8 GB soldered RAM (up to 32G with RAM modules)
  • - On-board disk up to 1TB. Note: On-board disk has impact on available GPU PEG lanes.

Up to 128G disk per CPU via SATA III
GPU The CM-6200COMe AMMS can optionally be equipped with two (2) dedicated Mobile PCI Express Module (MXM) GPUs. For example, possible GPU solutions include:
  • - 2x NVIDIA 1050Ti
  • - Power consumption per GPU: up to 60W
  • - 768 CUDA cores · 2.3TFLOPS
The MXM is an interconnect standard for GPUs (MXM Graphics Modules) in all-in-one PCs, mobile workstations, embedded systems, and small form-factor PCs using PCI Express created by MXM-SIG.
Interoperability The CM-6200COMe AMMS can optionally be equipped with two (2) additional expansion boards based on the standard COM Express® Modules. COM Express® Type 6 is a versatile standard offering a broad range of I/O interfaces including intense graphics support, Digital Display Interfaces (DisplayPort) and super-fast USB 3.0 to serve many different application requirements of the various market segments.
Version Translation The CM-6200COMe AMMS can optionally be equipped with up to two (2) dedicated video processing boards, by using the expansion COM Express® Type 6 slots, featuring:
  • - 1x GVA Video Adapter FPGA board to convert camera interfaces
  • - 2x Video Watchdog FPGA boards to check video integrity
The CM-6200COMe AMMS integrates a well-designed fiber optic interconnect solution for mission-critical military systems that demand higher data transmission rates over longer distances to drive radar, avionics, and surveillance systems.
The CM-6200COMe AMMS can offer various Real Time Operating Systems, such as Windows 10®, or Linux®
The CM-6200COMe AMMS offers Built-in Test (BIT), a test solution to improve the reliability, safety and security of mission critical applications. The built-in BIT provides a level of confidence in the correct operation of the CM-6200COMe AMMS platform at both power-up and during normal operation.
  • - Power-up BIT (PBIT); comprehensive tests, including hardware self-test and memory tests of hardware.
  • - Continuous BIT (CBIT); the CBIT is performed on hardware while the application is active.
  • - Initiated BIT (IBIT); the IBIT is performed on hardware when ordered by user via SNMP.
The CM-6200COMe AMMS offers a dual power supply implementation for redundancy. Each power supply can power the entire platform, and only one supply runs at a time. Only the primary voltage supply is used in a normal situation, but if this supply fails, the secondary power supply starts running to keep the platform powered up. The switch between the power supplies is seamless. The standby power supply consumes minimal power (no active internal loads).
The CM-6200COMe AMMS offers the option to connect two (2) external mass storage devices. Each drive can provide up to 4 TB of storage. The removable drives are mounted in a rugged docking bay, allowing quick removal and replacement with an alternate SSD. This feature is also useful when handling classified information, as the SSD can be removed and stored in a secure location.
The CM-6200COMe AMMS offers multiple built-in I/O and flexible add-in card options via the COM Express® Type 6 standard. Choose from a wide range of standard digital and analog interfaces to fit your exact requirements.
OnTime Networks specializes in customizing its solutions to specific customer needs. The open architecture and flexibility of the CM-6200COMe AMMS allows for a wide variety of customization options.
The 6200COMe AMMS offers fixed mounting or tray mounting solutions for space efficiency, with small footprint and compact size designs.
A key consideration during the design phase of the CM-6200COMe AMMS was to make it sustainable and highly reliable in order to match the long lifecycle requirements of most military vehicles and aircraft applications, and to allow to update system capabilities.
OnTime Networks can provide an extensive documentation and data package in support of early deployment, including environmental/EMI qualification test reports, mean time between failure (MTBF) reliability analysis, failure modes and effects analysis (FMEA), design verification test (DVT) reports, and more
The CM-6200COMe AMMS is designed for the harsh aircraft and military environment. The platform offers a wide operating temperature range {-32°C .. 63°C] with ruggedized military approved connectors. The unit is designed to comply to MIL- AECTP 300 (Ed3) Method 304 - Procedure I, DEF(AUST)5168, 461F/G and 1275E.

The CM-6200COMe AMMS supports all relevant IEEE Ethernet standards. Interoperability with other PTP devices is ensured based on extensive testing.

The CM-6200COMe AMMS offer full management based on HTTP, telnet, CLI or SNMP v1/v2/v3.

The CM-6200COMe AMMS, with its unique embedded PTP version translator feature, allows Slave Clocks of both PTPv1 and PTPv2 to co-exist in the same network. The need for PTP version translation is driven by the fact that PTPV1 (IEEE 1588 2002) is not backward compatible with PTPv2 (IEEE 1588 2008). Both PTP versions cannot co-exist in the same network unless a PTP version translator is used. OnTime Networks offers a cost efficient solution by introducing a PTP version translation feature into its products which helps to protect your PTPv1 investments. With the embedded PTP version translation you can use your legacy PTPv1 equipment alongside your new PTPv2 equipment without the need to upgrade or change configuration of old PTPv1 equipment.

The CM-6200COMe AMMS offers advanced traffic shaping and quality of service techniques
The CM-6200COMe AMMS offers port based VLAN (static) or dynamic VLAN according to IEEE802.1Q are supported.
The CM-6200COMe AMMS supports to Enable/disable ports, MAC based port security, Port based network access control (802.1x), VLAN (802.1Q ) to segregate and secure network traffic, Radius centralized password management and SNMPv3 encrypted authentication and access security
The CM-6200COMe AMMS front panel flexibility allows for custom connector layouts with client logo, connectors & silk-screening



186.5 mm (7.34”) fan less solution
143 mm (5.63”) fan solution

390mm (15.35”) excluding connectors
413mm (16.26”) including connectors

250mm (9.84”)

Key Features

  • D38999 128 pins D38999 connector with:
    • 9 x 10/100/1000BASE-T are directly connected to the internal Ethernet switch board
    • 2 x 10/100/1000BASE-T are connected to each of the internal CPU boards
    • 2 x RS422 for Ethernet switch console and GNSS input to the PTP GMC (optional) from an external GNSS receiver
    • 1x PPS input external GNSS receiver
    • Ethernet switch GPIOs
    • 2 x USB 2.0 to each of the CPUs
  • 8 x 1000BASE-SX in 1x D38999 fibre connector
  • 2 x 10GBASE-SR in 1x D38999 connector
  • 4 x DVI (two for each CPU) with 2x RS485 in x Fischer Minimax 19 pins connectors
  • 2 x USB 3.0 (CPU1 and CPU2) for external mission data recorders in 2 x Fischer Minimax 9 pins connector
  • 28VDC power inputs for dual power in one 6 pins Amphenol D38999 connector
  • Temperature fan control
  • 2 x spare COMe slots of COMe type 6 type

Ethernet switch features:

  • Network redundancy:
    MSTP/RSTP/STP protocol on any ports
  • Robust Layer 2/3 switching and network management: Web, telnet, CLI (RS422) and SNMP v1/v2/v3 with RMON
  • Packet filtering: IGMP snooping
  • IEEE802.1Q VLAN
  • Port mirroring
  • IEEE802.1x, access control
  • Event notification: through Syslog and SNMP trap
  • Data Zeroization Support
  • Power consumption: 25W

CPU features:

  • 2 x AMD V1807B, 4x 3.35 GHz (3.75 GHz)
  • Power consumption per CPU: 35-54 W
  • 8 GB RAM and 64 GB system storage
  • Integrated SoC (Vega 11 Graphics), 1.8TFLOPS

Dedicated GPU (separate board) features:

  • 2 x NVIDIA 1050Ti
  • Power consumption per GPU: up to 60W
  • 768 CUDA cores
  • 2.3TFLOPS

Mass storage devices (external and optional):

  • 2 x 1 or 2 TB storage
  • Read speed: 170MByte/s
  • Write speed: 201MByte/s
  • USB 3 interface
  • 2 x Docking bay


AMD CPU/GPU 2 x AMD V1807B, 4x 3.35 GHz (3.75 GHz) with 8GB RAM with integrated SoC (Vega 11 Graphics) (internal GPU)
NVIDIA GPU 2 x NVIDIA 1050Ti with 768 CUDA cores (dedicated GPU)
Ethernet LAN interfaces

10/100/1000BASE-TX with Auto MDI/MDIX

11 ports in 1x D38999 128pin connector


8 x 1000BASE-SX optical termini in the gigabit MIL-DTL-38999 (16 channels) fibre connector


2 x 10GBASE-SR optical termini in the 10g MIL-DTL-38999 connector (4 channels) fibre connector

Video output interfaces


4 ports in 4 x Fischer Minimax 19pin connectors, two for each CPU

USB interfaces

2 ports for CPU1 and CPU2 in the D38999 128pin connector


2 ports for CPU1 and CPU2 in 2 x Fischer Minimax 9pin connectors

Consoles interfaces

1 port Ethernet switch console in the 1x D38999 128pin connector
(2 ports are optional if platform has external GNSS and PPS input support)


4 ports (two for COU1 and two for CPU2) in the 4 x Fischer Minimax 19pin connectors

Ethernet Switch Technology

IEEE 802.3 for 10Base-T
IEEE 802.3u for 100Base-TX and 100Base-FX
IEEE 802.3z for 1000Base-X
IEEE 802.3x for Flow control
IEEE 802.3ad for LACP (Link Aggregation Control Protocol)
IEEE 802.1D for STP (Spanning Tree Protocol)
IEEE 802.1p for COS (Class of Service)
IEEE 802.1Q for VLAN Tagging
IEEE 802.1w for RSTP (Rapid Spanning Tree Protocol)
IEEE 802.1s for MSTP (Multiple Spanning Tree Protocol)
IEEE 802.1X for Authentication
IEEE 802.1AB for LLDP (Link Layer Discovery Protocol)

MAC table

32768 MAC addresses

Priority queues


Switch  properties

Store-and-forward and full wire speed on all ports

Security Features

Enable/disable ports, MAC based port security
Port based network access control (802.1x)
VLAN (802.1Q ) to segregate and secure network traffic
Radius centralized password management
SNMPv3 encrypted authentication and access security

Network redundancy



HTTP/HTTPS, telnet/SSH, CLI and SNMP v1/v2/v3

Built in test

Built in test procedure performed at boot time. Continuous BIT procedure when device is powered. Initiated BIT under control by the user via SNMP or CLI.

Other protocols IGMP snooping (up to 1024 multicast filters)
Static multicast filter setting
Port rate limiting
TOS/Diffserv supported
Quality of Service (802.1p) for real-time traffic
VLAN (802.1Q) with VLAN tagging and MVR
Port configuration, status, statistics, monitoring, security
Data Zeroization Support
Data Zeroization To Erase Non-Volatile Flash Memory and Restore Board to Factor Default Configuration.  Available via HTTP and CLI.
Power Consumption Typical: 150W, Maximum: 200W(TBD)
Overload Current Protection Yes
Reverse Polarity Protection Yes
Power input 28VDC, input range: 18-32VDC, dual power in 1x D38999 connector
Physical Characteristics
Enclosure Aluminum case
Dimension (W x D x H) 250 (W) x 390 (D) x 143(H)mm excluding connectors
9.84" (W) x 15.35" (D) x 5.63" (H)
250 (W) x 413 (D) x 143(H)mm including connectors
9.84" (W) x 16.26" (D) x 5.63" (H)
Start at -46°C possible (non-operational)
Weight (g) 16kg


Pearl white, RAL 1013

Surface finish

SurTec 650



Storage: -46°C .. 71°C
Operation: -32°C .. 63°C
AECTP 300 (Ed3) Method 302 & 303 - Procedure I & II
3 shocks (-30°C to/from +30°C within one minute)
AECTP 300 (Ed3) Method 304 - Procedure I, DEF(AUST)5168


95-100% relative humidity at 24⁰C for 21 days
AECTP 300 (Ed3) Method 306 - Procedure I, DEF(AUST)5168


Two cycles of 48h with 5% salt concentration
AECTP 300 (Ed3) Method 309


Two 6h cycles of dust blow of particles < 150 µm; 1,5m/s to 9m/s
AECTP 300 (Ed3) Method 313 - Procedure I


4570m with 56.8kPa
AECTP 300 (Ed3) Method 312 - Procedure I & II


40g 11ms, 3 shocks each axis and direction
AECTP 400 (Ed3) 403; ANNEX A403; Table A-1


Wheeled and Tracked Vehicles
AECTP 400 (Ed3) Method 401 - ANNEX A; Procedure III: A1, A2; ANNEX B 401

Ingress protection


Conducted RF emission


Radiated RF emission


Conducted Susceptibility


Radiated Susceptibility


Power input


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