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Min Ping
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Avg Ping
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Max Ping
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Jitter
Location Latency Average
Ohio (U.S.) NA
N. Virginia (U.S.) NA
N. California (U.S.) NA
Oregon (U.S.) NA
Canada NA
Sao Paulo, Brazil SA
Ireland EU
London EU
Paris, France EU
Frankfurt, Germany EU
Stockholm, Sweden EU
Tokyo AS
Seoul, South Korea AS
Mumbai, India AS
Singapore AS
Sydney, Australia OC
Jakarta, Indonesia AS
Hong Kong AS

📊 Latency Chart

📋 Recent Ping History

Blacklight Retribution is a well-known FPS title enjoyed by players globally. Smooth gameplay in Blacklight Retribution depends heavily on the latency between your machine and the game's servers. This free Blacklight Retribution ping checker gives you an accurate measure of that latency across every major server region — all without leaving your browser.

How Ping Impacts FPS Gameplay

In any online fps game, every action you perform — moving, shooting, casting an ability, or trading items — must travel to a remote server and back before it is confirmed. That round-trip time is your ping. At low ping, the game feels instant and reactive. At high ping, you might notice your character teleporting, attacks hitting after visual contact is lost, or interactions feeling sluggish. Competitive ladders are especially unforgiving of high latency.

Test, Compare, Decide

Use the Territory filter to quickly compare servers in your continent, or select individual locations to spot-check a specific data centre. The stats panel above the table summarises your minimum, average, maximum latency, and jitter — a measure of how consistent your connection is. Low jitter is almost as important as low ping for a stable experience.

Connection Tips Specific to Blacklight Retribution

If Blacklight Retribution lets you choose between TCP and UDP connections in its settings, prefer UDP — it sacrifices guaranteed delivery for speed, which suits real-time gaming. Port-forward the ports Blacklight Retribution uses through your router to avoid NAT traversal delays. Keep Blacklight Retribution and your operating system network drivers up to date, as patches sometimes include routing or netcode improvements that directly reduce perceived lag.