RESILIENT EDGE NETWORK SOLUTIONS – BY AMT
Hardened for the Elements.
Powered for the Edge.
No Building Required.
Quiet backup power and optical edge connectivity in one building-free,
hardened platform.
Up to a week*
Backup power autonomy through extended outages.
1.35 kW
Continuous per DC blade, subject to load sizing.
42 dBA
Ultra-quiet, for noise-sensitive sites, with no toxic emissions.
2 → 8
CDC FlexGrid ROADM degrees, scaling as the network grows.
ONE ARCHITECTURE. TWO COMPLEMENTARY SOLUTIONS.
Start with resilient power. Extend the optical edge when you need it.
ONE ARCHITECTURE. TWO COMPLEMENTARY SOLUTIONS.
Start with resilient power.
Extend the optical edge when you need it.
PRIMARY MARKET
AMT PowerNode
Hardened Edge Infrastructure with Built-In Resilience.
Hardened autonomous power. Reliable power with a clean, energy-efficient backup that is maintenance-free, from proven SOFC (solid oxide fuel cell) technology integrated with the network.
- Up to a week of backup autonomy*
- −48V DC rectification with hybrid supercapacitor technology for instantaneous power delivery
- SOFC fuel-cell generation on readily available natural gas or propane
- Integrated monitoring, distribution and protection, backed by AMT pre- and post-sale services
- Maintenance-free and efficient, with significantly higher fuel efficiency than generator-based backup
TRANSPORT EXTENSION
AMT EdgeVault
Secure Power. Connected Edge. No Building Required.
Integrated ROADM technology extends the edge network without a conventional hub site. Hardened optical electronics deliver high-capacity optical transport, on a resilient power foundation.
- CDC FlexGrid ROADM: colorless, directionless, connectionless, scaling from 2 to 8 degrees as the network grows. Compact, carrier-grade transport, environmentally hardened for outside plant.
- Built-in visibility: integrated add/drop, testing and monitoring, with software-defined management.
- Open by design: supports alien wavelengths, with no proprietary OLT or optical transport choice required.
- Resilient power built in: up to a week of backup autonomy* from −48V DC rectification, hybrid supercapacitor and SOFC generation.
COMMON HARDENED POWER FOUNDATION.
The same resilient power behind both solutions.
COMMON HARDENED POWER FOUNDATION.
The same resilient power behind both solutions.
01
-48V DC rectification
02
Hybrid supercapacitor
Rack mount or battery configuration
03
SOFC fuel-cell generation
Up to 1.35 kW continuous per DC blade, subject to load sizing.
04
Integrated monitoring, distribution and protection
05
AMT pre- and post-sale services
FLEXIBLE, BUILDING-FREE INSTALLATION.
Put the edge where the network
needs it, not where a building fits.
Optical broadband cabinets support above- or below-grade installations. Optional flush-grade underground vaults with extractable 19-inch racks can house optical distribution, rectification, energy storage and, where specified, ROADM electronics.
The fuel cell and its fuel supply always remain above ground, on a protected DC pathway.
FLEXIBLE, BUILDING-FREE INSTALLATION.
Put the edge where the network needs it, not where a building fits.
Optical broadband cabinets support above- or below-grade installations. Optional flush-grade underground vaults with extractable 19-inch racks can house optical distribution, rectification, energy storage and, where specified, ROADM electronics.
The fuel cell and its fuel supply always remain above ground, on a protected DC pathway.
Cabinet
Vault
Open / Closed
No Shelter Required
TARGET APPLICATIONS
Built for the hardest places to keep a network up.
TARGET APPLICATIONS
Built for the hardest places to keep a network up.
Distributed XGS-PON and future PON expansion
Rural and municipal broadband
Remote OLT resiliency retrofits
Space-constrained rights-of-way
High-capacity optical aggregation
and hub rationalization
WHY CUSTOMERS AND MANUFACTURERS BENEFIT.
Standardize resilient power. Simplify the outside plant.
Customers standardize resilient power and simplify outside-plant deployment without environmentally controlled hub buildings. AMT
integrates proven subsystems within a common reference architecture, without requiring a proprietary OLT or optical transport choice.
Keep the edge running for up to a week* without utility power. Start with AMT PowerNode, and add AMT EdgeVault when the site needs optical transport.
ONE PARTNER, END TO END.
01 Architecture
02 Integration
03 Staging
04 Deployment
05 Support
ONE PARTNER, END TO END.
01 Architecture
02 Integration
03 Staging
04 Deployment
05 Support
WHY CUSTOMERS AND MANUFACTURERS BENEFIT.
Standardize resilient power. Simplify the outside plant.
Customers standardize resilient power and simplify outside-plant deployment without environmentally controlled hub buildings. AMT
integrates proven subsystems within a common reference architecture, without requiring a proprietary OLT or optical transport choice.
Keep the edge running for up to a week* without utility power. Start with AMT PowerNode, and add AMT EdgeVault when the site needs optical transport.
PLAN YOUR RESILIENT EDGE SITE
Tell us about the site.
We’ll engineer the rest.
Every resilient edge deployment is engineered to its configuration, site and load. Share a few details and an AMT specialist will follow up.
PLAN YOUR RESILIENT EDGE SITE
Tell us about the site.
We’ll engineer the rest.
Every resilient edge deployment is engineered to its configuration, site and load. Share a few details and an AMT specialist will follow up.
*Target outcomes, including up to a week of backup autonomy, five-nines availability, extended ambient operation, long-haul optical reach and TCO savings, require configuration-specific engineering and validation.
AMT is a wholly owned subsidiary of ITOCHU International Inc.