FASTER submarine cable
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The invisible infrastructure of global connectivity
The FASTER submarine cable is one of the most important trans-Pacific cable systems and connects the west coast of the USA directly with Japan. As a joint project of leading technology companies, including Google, FASTER sets standards in trans-Pacific data communication and forms a cornerstone of the digital connection between North America and East Asia. Submarine cables like FASTER form the invisible foundation of global data traffic, as over 99% of international data flows through them rather than through satellites or the cloud.
Route & connection
FASTER connects Oregon (USA) with several landing points in Japan, including Chikura and Shima, as well as with Tanshui in Taiwan. This multi-point connection makes FASTER a particularly flexible trans-Pacific cable system, which also provides direct access to the Japanese and Taiwanese markets. With a total length of around 11,000 kilometers, the cable bridges the Pacific on one of the world’s most important data routes.
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FASTER at a glance
What is the FASTER cable?
FASTER is a trans-Pacific submarine cable connecting Bandon, Oregon (US), with Chikura and Shima in Japan and Tanshui in Taiwan. The cable spans around 11,000 kilometers and entered service in 2016. Across six fiber pairs, FASTER reaches a design capacity of 60 Tbit/s. It was built by NEC and is funded and operated by a consortium comprising Google, KDDI, SingTel, China Mobile International, China Telecom Global and Global Transit (Time dotCom). With direct connectivity to two Japanese landing points and Taiwan, FASTER is one of the established options for trans-Pacific connectivity between the US West Coast and East Asia.
FASTER fact sheet
| Attribute | Detail |
|---|---|
| Full name | FASTER |
| Route | United States (Bandon, Oregon), Japan (Chikura, Shima), Taiwan (Tanshui) |
| Length | around 11,000 kilometers |
| Ready for service | 2016 |
| Design capacity | 60 Tbit/s |
| Fiber pairs | 6 |
| Technology | 100G DWDM, fiber optic |
| Manufacturer | NEC Corporation |
| Operating consortium | Google, KDDI, SingTel, China Mobile International, China Telecom Global, Global Transit (Time dotCom) |
| Distinguishing feature | one of the first hyperscaler consortium cables in the Pacific, direct connectivity to two Japanese landing points and Taiwan |
FASTER submarine cable

Technology & capacity
FASTER uses the latest fiber optic technology and offers a capacity of up to 60 Tbit/s, which meets the requirements of international companies with high transpacific bandwidth requirements. Essentially, these are the technological features:
- Six fiber pairs: The combination of six fiber pairs and coherent transmission technology enables high and scalable capacity on the transpacific route.
- Multiple landing points: Connecting multiple landing points in Japan and Taiwan creates flexibility and increases redundancy for users in the region.
- The latest generation of fiber optic technology for minimal signal loss and stable transmission quality across the entire transpacific route.
Provider Overview
SAVECALL as access to FASTER
FASTER is one of the key trans-Pacific cable options for companies with a presence in Japan, Taiwan and the American West Coast. Its direct connectivity to several Japanese landing points as well as Taiwan makes it a particularly valuable system for companies in the semiconductor, electronics and technology industries that rely on low-latency connections between North America and East Asia. Access to capacity on FASTER requires direct wholesale partnerships and deep market knowledge of the trans-Pacific cable landscape. This is exactly where SAVECALL comes in. We have direct market access, analyze your connectivity strategy and source capacity on FASTER specifically for your requirements.
The result for our customers:
- Direct capacity access to FASTER without reseller chains
- Transparent price benchmarking and market data
- Direct connection to Japan and Taiwan via a transpacific route
- Negotiation of IRU structures and leased capacity models
- Clear SLAs and ongoing capacity management

FASTER compared
On the trans-Pacific route, FASTER competes with other modern cable systems, each offering different landing points, capacities and ownership models. For procurement decisions, what matters most is which landing points in Japan, Taiwan or the Philippines are needed, and whether a self-healing ring topology or maximum raw capacity takes priority. The comparison below positions FASTER against Jupiter and Tata TGN-Pacific.
| Criterion | FASTER | Jupiter | Tata TGN-Pacific |
|---|---|---|---|
| Route | US (Bandon, Oregon), Japan (Chikura, Shima), Taiwan (Tanshui) | US (Cloverdale OR, Hermosa Beach CA), Japan (Maruyama, Shima), Philippines (Daet) | US (Nedonna Beach OR, Hermosa Beach CA), Japan (Emi, Toyohashi), Guam (Piti) |
| Design capacity | 60 Tbit/s | 60 Tbit/s | up to 77 Tbit/s (after 100G upgrade) |
| In service since | 2016 | 2021 | 2002, upgraded to 100G since |
| Fiber pairs | 6 | 5 | 8 per route (dual-ring structure) |
| Ownership model | Consortium (Google, KDDI, SingTel and others) | Consortium | Tata Communications, sole owner |
| Strength | direct connectivity to two Japanese landing points and Taiwan | additional landing point in the Philippines | self-healing ring topology with automatic failover on cable break |
Vendor-neutral assessment: SAVECALL does not rank FASTER, Jupiter and Tata TGN-Pacific against each other, but views them as complementary building blocks for resilient trans-Pacific connectivity. Which cable or combination makes sense for a business depends on the required landing points in Japan, Taiwan or the Philippines and existing carrier relationships. As a carrier-neutral consultancy, we source capacity across all relevant systems and recommend purely based on actual requirements.
Related submarine cables and cluster pages
- Self-healing alternative with the highest capacity on this route: Tata TGN-Pacific submarine cable
- All submarine cable capacities at a glance: Submarine cable hub
- WAN connectivity and redundancy concepts for businesses: WAN cluster
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Frequently asked questions about the FASTER cable
FASTER connects Bandon, Oregon, in the US with the Japanese landing points Chikura and Shima, as well as Tanshui in Taiwan. Onward connectivity extends to major data center hubs on the US West Coast, including Los Angeles, San Francisco, Portland and Seattle. For companies with sites in Japan, Taiwan or the US West Coast, FASTER offers one of the most established trans-Pacific routes.
FASTER reaches a design capacity of 60 Tbit/s, spread across six fiber pairs using 100G DWDM technology. This made it one of the highest-capacity trans-Pacific cables at launch in 2016, and it continues to reliably cover bandwidth demand between North America and East Asia.
FASTER entered service in 2016 and was built by NEC. It is operated by a consortium comprising Google, KDDI, SingTel, China Mobile International, China Telecom Global and Global Transit. This broad consortium structure ensures a solid user base and good availability of capacity for third parties.
This mainly depends on the landing points you need and your preferred redundancy concept. FASTER is a good fit for direct connectivity to Japan and Taiwan, Jupiter adds a landing point in the Philippines, and Tata TGN-Pacific stands out with its self-healing dual-ring structure and high capacity. Combining two systems is often the better choice to ensure genuine route diversity. SAVECALL advises on the right combination on a vendor-neutral basis.
Genuine redundancy only exists when the chosen cables use different landing points and physically separate routes, for example combining FASTER with a system that has a different ring structure, such as Tata TGN-Pacific. The landing stations themselves should also be redundantly connected, so that a local outage does not jeopardize the entire connection. SAVECALL plans these concepts independently of any single cable operator, with a focus on actual failover reliability.
Access to capacity on FASTER runs through direct wholesale partnerships with the consortium partners, as well as IRU or leased capacity agreements. SAVECALL negotiates these structures directly with the relevant carriers, without detours via reseller chains. Book a free consultation to discuss the right capacity solution for your business.



