BGP Network
Border Gateway Protocol (BGP) is a protocol used for exchanging routing information between autonomous systems (AS) on the internet. As a policy-based protocol, it identifies the optimal path between different Internet Service Providers (ISPs). BGP aims to ensure network stability and routing efficiency. Our BGP products enable optimal path access and significantly enhance internet connectivity quality.
Full Path
Dynamic path optimization with ultra-fast convergence, ensuring overall network latency remains strictly below 100ms.
Multi-Carrier
Full BGP integration with major carriers (CT/CU/CM/CBN) featuring dual-route protection and extreme redundancy.
AI Acceleration
Optimized for LLM training and inference. Leverages Anycast to reduce TTFT latency via edge compute proximity.
High Reliability
Intelligent multi-line backup ensuring nationwide packet loss under 3% with a redundant, non-stop architecture.
AIDC-CN
The Wlstack BGP core network utilizes strategic BGP Transit interconnections with multiple Tier-1 carriers, alongside established BGP Peering sessions with major cloud providers, Internet Exchange Points (IXPs), and leading Content Delivery Networks (CDNs). Our infrastructure maintains robust BGP connectivity with China Telecom, China Unicom, China Mobile, and China Broadcasting Network, covering multiple Tier 3+ and above data centers under our operational management with a total bandwidth capacity exceeding 100Gbps. Operating under our own Autonomous System Numbers (AS37969 / AS63588 / AS41979) and backed by extensive IPv4/IPv6 address reserves, Wlstack leverages deep BGP operational expertise to deliver premium network access solutions, specifically tailored to the high-performance demands of the Artificial Intelligence era.
AS4812/4134 (China Telecom)
AS9808 (China Mobile)
AS4837 (China Unicom)

AS146788 (China Broadcasting Network)
PCCW Global
Lumen
Telstra
NTT

HKIX (Hong Kong)
NNIX (Zhejiang Exchange)

Equinix Fabric
BGP Suite & Services
Global IP Transit
Carrier GradeFull Table access with direct connections to Tier-1 backbones, designed for global expansion and high-bandwidth requirements.
> Upstream: PCCW/LumenAnycast HA
High AvailabilityDual-region, three-center architecture utilizing Anycast routing for sub-second failover, ensuring business continuity.
> Multi-homed BGPAnycast GSLB/DNS
Edge IntelligentIntelligent edge scheduling directing requests to the nearest AS37969 node, significantly reducing TTFB latency.
> Edge BGP AnycastAI Model Training Transit
Optimized for intercontinental LLM synchronization, providing ultra-low packet loss IP Transit.
Anycast Edge Inference
Distribute AI inference nodes to the edge via Anycast to minimize TTFT latency.
AI Data Transfer Tuning
Leveraging BGP network architectures to provide premium data corridors for large-scale dataset migration and synchronized compute states.
