THE EON NETWORK MAP
Reserve Capacity on Select Routes Today
The initial EON constellation will support 17 global point-to-point routes, hand-selected based on existing backhaul demand and projected regional needs over the next several years. Additional routes will be added as demand continues to expand.
The initial EON constellation will support 17 global point-to-point routes, hand-selected based on existing backhaul demand and projected regional needs over the next several years. Additional routes will be added as demand continues to expand.
Route Index
Route Index
#
A Location
Z Location
Distance
Capacity
A Location
Z Location
DISTANCE
CAPACITY
01
USA (Hawaii)
USA (Arizona)
4,728 km
2.4 Tbps
RESERVE CAPACITY
01
USA (Hawaii)
USA (Arizona)
4,728 km
2.4 Tbps
01
USA (Hawaii)
USA (Arizona)
4,728 km
2.4 Tbps
RESERVE CAPACITY
02
USA (Texas)
Chile
7,958 km
2.4 Tbps
RESERVE CAPACITY
02
USA (Texas)
Chile
7,958 km
2.4 Tbps
RESERVE CAPACITY
02
USA (Texas)
Chile
7,958 km
2.4 Tbps
03
Chile
Brazil
2,743 km
2.4 Tbps
RESERVE CAPACITY
03
Chile
Brazil
2,743 km
2.4 Tbps
RESERVE CAPACITY
03
Chile
Brazil
2,743 km
2.4 Tbps
04
Brazil
Senegal
5,186 km
2.4 Tbps
RESERVE CAPACITY
04
Brazil
Senegal
5,186 km
2.4 Tbps
RESERVE CAPACITY
04
Brazil
Senegal
5,186 km
2.4 Tbps
05
Italy
Egypt
2,096 km
2.4 Tbps
RESERVE CAPACITY
05
Italy
Egypt
2,096 km
2.4 Tbps
RESERVE CAPACITY
05
Italy
Egypt
2,096 km
2.4 Tbps
06
Egypt
UAE
2,483 km
2.4 Tbps
RESERVE CAPACITY
06
Egypt
UAE
2,483 km
2.4 Tbps
RESERVE CAPACITY
06
Egypt
UAE
2,483 km
2.4 Tbps
07
Turkey
India (Rajasthan)
4,242 km
2.4 Tbps
RESERVE CAPACITY
07
Turkey
India (Rajasthan)
4,242 km
2.4 Tbps
RESERVE CAPACITY
07
Turkey
India (Rajasthan)
4,242 km
2.4 Tbps
08
Oman
India (Rajasthan)
2,093 km
2.4 Tbps
RESERVE CAPACITY
08
Oman
India (Rajasthan)
2,093 km
2.4 Tbps
RESERVE CAPACITY
08
Oman
India (Rajasthan)
2,093 km
2.4 Tbps
09
India (Andhra Pradesh)
Taiwan
4,029 km
2.4 Tbps
RESERVE CAPACITY
09
India (Andhra Pradesh)
Taiwan
4,029 km
2.4 Tbps
RESERVE CAPACITY
09
India (Andhra Pradesh)
Taiwan
4,029 km
2.4 Tbps
10
Taiwan
Australia (Northern Territory)
5,433 km
2.4 Tbps
RESERVE CAPACITY
10
Taiwan
Australia (Northern Territory)
5,433 km
2.4 Tbps
RESERVE CAPACITY
10
Taiwan
Australia (Northern Territory)
5,433 km
2.4 Tbps
11
Australia (Northern Territory)
Japan
6,650 km
2.4 Tbps
RESERVE CAPACITY
11
Australia (Northern Territory)
Japan
6,650 km
2.4 Tbps
RESERVE CAPACITY
11
Australia (Northern Territory)
Japan
6,650 km
2.4 Tbps
12
Australia (Australian Capital Territory)
USA (Hawaii)
8,475 km
2.4 Tbps
RESERVE CAPACITY
12
Australia (Australian Capital Territory)
USA (Hawaii)
8,475 km
2.4 Tbps
RESERVE CAPACITY
12
Australia (Australian Capital Territory)
USA (Hawaii)
8,475 km
2.4 Tbps
Routes Under Review
Routes Under Review
#
Region
Description
01
North Pacific
North Pacific corridor between East Asian and West Coast demand centers.
UNDER CONSIDERATION
01
North Pacific
North Pacific corridor between East Asian and West Coast demand centers.
UNDER CONSIDERATION
01
North Pacific
North Pacific corridor between East Asian and West Coast demand centers.
UNDER CONSIDERATION
02
North Atlantic
Transatlantic backhaul between North American and Iberian landing regions.
UNDER CONSIDERATION
02
North Atlantic
Transatlantic backhaul between North American and Iberian landing regions.
UNDER CONSIDERATION
02
North Atlantic
Transatlantic backhaul between North American and Iberian landing regions.
UNDER CONSIDERATION
03
South Atlantic
South Atlantic crossing linking Brazilian and Southern African markets.
UNDER CONSIDERATION
03
South Atlantic
South Atlantic crossing linking Brazilian and Southern African markets.
UNDER CONSIDERATION
03
South Atlantic
South Atlantic crossing linking Brazilian and Southern African markets.
UNDER CONSIDERATION
04
Europe – Central Asia
Continental corridor from the Alpine anchors east into Central Asia.
UNDER CONSIDERATION
04
Europe – Central Asia
Continental corridor from the Alpine anchors east into Central Asia.
UNDER CONSIDERATION
04
Europe – Central Asia
Continental corridor from the Alpine anchors east into Central Asia.
UNDER CONSIDERATION
05
Indian Ocean
Indian Ocean long-haul between East Africa and Western Australia.
UNDER CONSIDERATION
05
Indian Ocean
Indian Ocean long-haul between East Africa and Western Australia.
UNDER CONSIDERATION
05
Indian Ocean
Indian Ocean long-haul between East Africa and Western Australia.
UNDER CONSIDERATION
06
Sunda – Oceania
Sunda–Oceania leg linking Southeast Asian hubs to Australian capacity.
UNDER CONSIDERATION
06
Sunda – Oceania
Sunda–Oceania leg linking Southeast Asian hubs to Australian capacity.
UNDER CONSIDERATION
06
Sunda – Oceania
Sunda–Oceania leg linking Southeast Asian hubs to Australian capacity.
UNDER CONSIDERATION
2.4 Tbps of Capacity per Route
2.4 Tbps of Capacity
per Route
Each route supports 100G, 400G, and eventually 800G channels, selected by EON customers to meet their unique bandwidth and use case requirements.
1 x 800 Gb
1 x 800 Gb
Anchor carriers for hyperscale & AI-factory backhaul
Anchor carriers for hyperscale & AI-factory backhaul
2 x 400 Gb
2 x 400 Gb
Carrier-grade wholesale & enterprise transport
Carrier-grade wholesale
& enterprise transport
Carrier-grade wholesale & enterprise transport
8 x 100 gb
8 x 100 gb
Sub-lambda services, protection & burst
Sub-lambda services,
protection & burst
Sub-lambda transfer services, protection
& burst
800 Gb
800 Gb
800 Gb
400 Gb
400 Gb
400 Gb
100 Gb
100 Gb
100 Gb
Network at Go-Live
Network at Go-Live
Network at Go-Live
17 Routes · 40.8 Tbps
17 Routes · 40.8 Tbps
17 Routes · 40.8 Tbps
Routes Committed
Routes
Committed
Routes Committed
12 PAIRS
28.8 TBPS
Routes to be Confirmed
Routes to be Confirmed
5 PAIRS
12.0 TBPS
Endeavor Optical Networks (EON) is building resilient global transfer capacity for a data-driven world. EON uses free-space laser communications to relay data through satellites that deliver fiber-level throughput across dedicated routes, giving enterprises complete control of their intercontinental network traffic.
Endeavor Optical Networks (EON) is building resilient global transfer capacity for a data-driven world. EON uses free-space laser communications to relay data through satellites that deliver fiber-level throughput across dedicated routes, giving enterprises complete control of their intercontinental network traffic.