diff --git a/Snowflake.Data.Tests/IntegrationTests/ConnectionMultiplePoolsIT.cs b/Snowflake.Data.Tests/IntegrationTests/ConnectionMultiplePoolsIT.cs
index 201e50ca8..4b7ec61f0 100644
--- a/Snowflake.Data.Tests/IntegrationTests/ConnectionMultiplePoolsIT.cs
+++ b/Snowflake.Data.Tests/IntegrationTests/ConnectionMultiplePoolsIT.cs
@@ -195,6 +195,7 @@ public void TestWaitInAQueueForAnIdleSession()
             const long CMaxConnectDuration = AMaxConnectionReleaseTime - CDelay; // 3650 - 800 = 2850
             const long DMinConnectDuration = BMinConnectionReleaseTime - DDelay - StartDelayPessimisticEstimate; // 2400 - 1200 - 350 = 850
             const long DMaxConnectDuration = BMaxConnectionReleaseTime - DDelay; // 3650 - 800 = 2850
+            const long MeasurementTolerance = 25;
 
             var threads = new ConnectingThreads(connectionString)
                 .NewThread("A", ADelay, ABDelayAfterConnect, true)
@@ -223,8 +224,8 @@ public void TestWaitInAQueueForAnIdleSession()
             // first to wait from C and D should first to connect, because we won't create a new session, we just reuse sessions returned by A and B threads
             Assert.AreEqual(waitingEvents[0].ThreadName, lastConnectingEventsGroup[0].ThreadName);
             Assert.AreEqual(waitingEvents[1].ThreadName, lastConnectingEventsGroup[1].ThreadName);
-            Assert.That(lastConnectingEventsGroup[0].Duration, Is.InRange(CMinConnectDuration, CMaxConnectDuration));
-            Assert.That(lastConnectingEventsGroup[1].Duration, Is.InRange(DMinConnectDuration, DMaxConnectDuration));
+            Assert.That(lastConnectingEventsGroup[0].Duration, Is.InRange(CMinConnectDuration - MeasurementTolerance, CMaxConnectDuration));
+            Assert.That(lastConnectingEventsGroup[1].Duration, Is.InRange(DMinConnectDuration - MeasurementTolerance, DMaxConnectDuration));
         }
 
         [Test]