Bedrock OSA Features and Benefits

Transcription

1 Bedrock OSA Features and Benefits Bedrock OSA Features and Benefits Page 1 of 9

2 1. Backplane Module Interconnect, (BMI) Bedrock OSA BMI Features Sealed all-metal construction. Electronically passive, no active electronics. Highest calculated MTBF possible for an ICS. Holistic thermal coupling. Heat sink and passive cooling for all system modules. Best system ambient temperature performance. +50-year life. Higher durability. Extreme EMP and EFT hardened. IEC durability hardened. FIPS anti-tamper compliant. Intrinsic cyber hardening. 5, 10, 20 I/O slot BMI sizing. Scalable. 19-inch rack and wall mount compliant. Horizontal or vertical mounting. Decimal granularity for sizing and installation simplicity. Pinless I/O slots using inductive interconnection. Extreme reliability. Extreme EMP and EFT hardening. Extreme intrinsic galvanic isolation. Extreme intrinsic cyber defense. Symmetric I/O slots with inductive coupling. Independent I/O module location and orientation for optimal field installation flexibility. Redundant Power, Control, I/O Module support. Direct coupling. Intrinsic interconnection. Simplified installation. Improved cyber defense. Scalable redundancy. Lower maintenance. Operating temperature -40 C to +80 C. No fans. Maximum user application. Simplified installation practices. High reliability. Reduced lifecycle cost. Bedrock OSA Features and Benefits Page 2 of 9

3 2. Secure Control and Communications, (SCC and SCS) Bedrock OSA Controller Features Sealed all-metal construction. Intrinsic cyber hardening. Extreme thermal performance, -40 C to +80 C. Extreme EMP and EFT hardened. IEC durability hardened. FIPS anti-tamper compliant. Backplane (BMI) coupled. Ease of use. Simplified integral power and communications interconnection. Integrated isolated, full-duplex redundancy interlink. Anti-snoop for intrinsic cyber hardening. Cyber secure ARM Cortex multi core with advanced Extreme power and performance. Separation kernel secure RTOS. for highest reliability and cyber security. 512 MB program memory, 8 or 32 GB flash memory. Highest in the industry. Ready for advanced control applications. Small Form Factor Pluggable Fiber/Copper Gigabit Extreme performance. User flexibility. Ease of use. Ethernet Control Network. Single mode and multimode fiber support. IEC1588 Time compliant. Advanced time synchronization and time stamping of defined variables. SOE enabled. 1 millisecond I/O read. 1 millisecond I/O write. Extreme performance. Deterministic I/O read/write. Advanced diagnostics. Improved uptime, analytics and predictive maintenance. Gigabit Ethernet I/O Network with up to 4000 I/O per controller and up to 60 miles of I/O distribution on a single controller. Embedded OPC-UA server. IEC compliant Integrated Development Environment, (IDE). Free Engineering Development Environment and embedded simulator. Unlimited tags. Unlimited users. Extreme installation flexibility, performance, cost benefits. Open standards based. Compatible with numerous HMI/SCADA applications. Standard programming tools. Supports Ladder, Sequential Function Chart, Structured Text, IL, FBD. It doesn t get any better. Bedrock OSA Features and Benefits Page 3 of 9

4 3. Secure Input & Output Modules, (SIO) Bedrock OSA I/O Features Sealed all-metal construction. Intrinsic cyber hardening. Extreme thermal performance. Extreme EMP and EFT hardened. IEC durability hardened. FIPS antitamper compliant for cyber. Pinless electromagnetic interconnection. Extreme reliability. Extreme EMP and EFT hardening. Extreme intrinsic galvanic isolation. Extreme intrinsic cyber defense. Symmetric inductive coupling. I/O module location and orientation independence. Maximum user flexibility to accommodate wiring practices. Operating temperature -40 C to +80 C. No fans or Maximum user applications. Simplified installation convective cooling. practices. High reliability. Reduced lifecycle cost. Universal I/O Cable with intrinsic rotational knuckle. Dramatically simplified field wiring. Reduced installation time and spares. Increased reliability and robustness. Scalable Single/Dual/Triple redundancy. Flexible and scalable redundancy. SIL Safety capable. Cyber secure 32-bit ARM cortex. High performance. Advanced intrinsic cyber security for authenticated hardware software and applications. IEC1588 Time compliant. Advanced time synchronization and time stamping of all analog and discrete I/O variables. SOE enabled. 1 millisecond read. 1 millisecond write. Extreme performance. Deterministic scans. Universal Ethernet I/O: Five software defined Ethernet ports with concurrent Ethernet IP, Modbus TCP, OPC UA client support per channel. Integrated Ethernet switch. -40 C to +80 C. Other protocols coming. PoE support up to 25W per port. 250Mbyte DDR3 + 4Gbyte Flash. Universal Serial: Five software defined Serial communication ports. Software defined physical layer Extreme Ethernet protocol capabilities and flexibility. Intrinsic cyber security for Ethernet at the I/O network level. Simplified flat network architecture. Extreme EMP and EFT hardening for industrial Ethernet networks. Direct pinless coupling to BMI. Deliver cyber secure IIoT. Cyber secure interface to legacy industrial serial devices including printers, scanners, analyzers, sensors Bedrock OSA Features and Benefits Page 4 of 9

5 Bedrock OSA I/O Features support for RS-232, 422 and 485 up to 230K Baud per channel. 32-bit ARM Cortex for every channel. Intrinsic cyber security. Class I Div. II. Compliant to US and European standards for hazardous locations. Extreme EMP and EFT hardened. -40 C to +80 C. Universal AI/AO/DI/DO/Pulse: Ten software defined channels for AI/AO/DI/DO/Pulse. Galvanically isolated channels. Integrated AO and DO readback. NAMUR. Hart 7. Electronic fusing. 24VDC channel power for instruments and contact wetting. Single/Dual/Triple redundant. Class I Div. II. Compliant to US and European standards for hazardous locations. Intrinsic cyber security. Extreme EMP and EFT hardened. Sealed all metal. -40 C to +80 C. Universal DI: Ten software defined channels for wide range DI. 24 to 240VAC/DC. Programmable thresholds per channel. AC digital filtering and debounce. Advanced signal and module diagnostics. Intrinsic cyber security. Class I Div. II. Compliant to US and European standards for hazardous locations. Extreme EMP and EFT hardened. Galvanic isolation. Universal DO: Ten software defined channels for a wide range of DO. 0 to 240 VAC/DC switching. Electronic fusing at up to 2.5 Amps per channel. Programmable back-off and retry. Advanced signal and module diagnostics. Intrinsic cyber security. Class I Div II. Compliant to US and European standards for hazardous locations. Extreme EMP and EFT hardened. Galvanic isolation. -40 to +80 C. High Density AI, DI, DO: Twenty channel modules for high density and lower cost IO applications. HART 7 for AI. Galvanic isolation for DI and DO. Electronic fusing for DO. Advanced signal and module diagnostics. Intrinsic cyber security. Class I Div. II. Compliant to US and European standards for hazardous locations. Extreme EMP and EFT hardened. -40 C to +80 C. and other industrial I/O. Flat network architecture. Simplicity, power and flexibility for users. Deliver cyber secure IIoT. Extreme user flexibility and performance. Extreme project and lifecycle cost reductions. Extreme channel density, (10.5 universal channels per inch of backplane). SOE enabled. Globally deployable. The most advanced universal I/O module in the automation industry. Extreme user flexibility and performance. SOE enabled. Reduced installation cost and complexity. Reduced project and lifecycle cost. The most advanced universal DI module in the automation industry. Extreme user flexibility and performance. SOE enabled. Reduced installation cost and complexity. Reduced project and lifecycle cost. The most advanced universal DO module in the automation industry. Extreme user performance and value. Highest possible I/O density, up to 21 channels per inch of rack. SOE enabled. Reduced project and installation costs. Bedrock OSA Features and Benefits Page 5 of 9

6 4. Secure Power Module, (SPM) Bedrock OSA Power Features Sealed all-metal construction. Single or redundant. SPM Input: High voltage: V AC 50/60 HZ, VDC. Low voltage: Dual nominal 24VDC. SPM Output: Isolated +24VDC + AC coupled BMI slot power + SCC module power. Operating temperature -40 C to +80 C (24V input). No fans required. Cyber secure ARM Cortex. Advanced diagnostics. IEC1588 Time compliant. Intrinsic cyber hardening. Extreme thermal performance. Extreme EMP and EFT hardened. IEC durability hardened. FIPS antitamper compliant. Simplified installation and ownership. Maximum application flexibility. Scalable to user applications. Globally applicable. Ease of installation and use. Increased reliability. Eliminates field AC/DC supply. Reduced enclosure footprint. Maximum user application. Simplified installation practices. High reliability. Reduced lifecycle cost. Intrinsically secure. Extreme digital power performance for diagnostics, efficiency and communication. Improved uptime, analytics and predictive maintenance. Advanced time synchronization and time stamping of user defined variables. SOE enabled. Bedrock OSA Features and Benefits Page 6 of 9

7 5. Secure Power Supply and UPS, (SPS.500 and UPS.500) Bedrock OSA SPS and UPS Features Sealed all-metal construction. UPS: Lithium polymer chemistry. IP66/67 rated. Pipe and wall mounted. SPS: Input: Universal AC feed, V AC 50/60 HZ Output: Isolated +24VDC. Integrated redundancy unit. SPS: Operating temperature -40 C to +80 C. No fans. UPS: Operating temperature -10 C to +50 C. No fans. SPS and UPS: Cyber secure 32-bit ARM Cortex built in. Ethernet Communications. IEC1588 Time compliant. Intrinsic cyber hardening. Extreme thermal performance. Extreme EMP and EFT hardened. IEC durability hardened. FIPS anti-tamper compliant. Simplified installation and ownership. Maximum application flexibility. Replace centralized lead acid UPS with distributed Lithium. Maximum energy density, minimum size and weight. Increased hold-up time. Extended in-service life. Extreme environmental hardening for remote and distributed installations. Submersible. No secondary containment. No fans or cooling. External mounting from enclosures. Extreme user flexibility and ease of use. Maximum installation flexibility. Reduced installation complexity. Increased installation and application flexibility. Simplified installation. No secondary containment or heating/cooling. Increased installation and application flexibility. Simplified installation. No secondary containment or heating/cooling. Advanced digital power. Advanced diagnostic. Integral Ethernet communications. Cyber security built in. Advanced IIoT device. Software defined control of variables. Advanced time synchronization and time stamping of all I/O variables. SOE enabled. Bedrock OSA Features and Benefits Page 7 of 9

8 6. Intrinsic Cyber Security, (Black Fabric Cybershield) Bedrock OSA Cyber Security Features Intrinsic, layered and embedded cyber defense built into every module for end point root of trust. (See diagram below.) Certification Authority infrastructure for User Administration and access control. Intrinsic. Advanced. Extreme ease of use. Extreme levels of cyber protection and authentication of hardware, firmware, applications and users. Holistic and intrinsic security extending from IIoT edge devices to networks and applications in the information technology (IT), engineering technology (ET), and operations technology (OT) domains. Black Fabric Cybershield Architecture for Extended Cyber Defense Bedrock OSA Features and Benefits Page 8 of 9

9 Black Fabric Cybershield Fundamentals of Intrinsic Cyber Defense Feature: All Bedrock products come with a 5-year warranty and a non-obsolescence guarantee. Benefit: Reduced lifecycle cost and confidence in technology. Bedrock Open Secure Automation, (OSA ) Bedrock OSA Features and Benefits Page 9 of 9