diff --git a/docs/src/main/asciidoc/spring-cloud-netflix.adoc b/docs/src/main/asciidoc/spring-cloud-netflix.adoc
index c2d1c219..3432bf33 100644
--- a/docs/src/main/asciidoc/spring-cloud-netflix.adoc
+++ b/docs/src/main/asciidoc/spring-cloud-netflix.adoc
@@ -426,7 +426,7 @@ To run the Hystrix Dashboard annotate your Spring Boot main class with `@EnableH
 
 === Turbine
 
-Looking at an individual instances Hystrix data is not very useful in terms of the overall health of the system.  https://github.com/Netflix/Turbine[Turbine] is an application that aggregates all of the relevant `/hystrix.stream` endpoints into a combined `/turbine.stream` for use in the Hystrix Dashboard.  Individual instances are located via Eureka.  Running Turbine is as simple as annotating your main class with the `@EnableTurbine` annotation.
+Looking at an individual instances Hystrix data is not very useful in terms of the overall health of the system.  https://github.com/Netflix/Turbine[Turbine] is an application that aggregates all of the relevant `/hystrix.stream` endpoints into a combined `/turbine.stream` for use in the Hystrix Dashboard.  Individual instances are located via Eureka.  Running Turbine is as simple as annotating your main class with the `@EnableTurbine` annotation.  All of the documented configuration properties from https://github.com/Netflix/Turbine/wiki/Configuration-(1.x)[the Turbine 1 wiki] apply.  The only difference is that the `turbine.instanceUrlSuffix` does not need the port prepended as this is handled automatically unless `turbine.instanceInsertPort=false`.
 
 Configuration key `turbine.appConfig` is a list of eureka serviceId's that turbine will use to lookup instances.  The turbine stream is then used in the Hystrix dashboard using a url that looks like: `http://my.turbine.sever:8080/turbine.stream?cluster=<CLUSTERNAME>` (the cluster parameter can be omitted if the name is "default"). The `cluster` parameter must match an entry in `turbine.aggregator.clusterConfig`. Value returned from eureka are uppercase, thus we expect this example to work if there is an app registered with Eureka called "customers":
 
@@ -453,6 +453,8 @@ In some environments (e.g. in a PaaS setting), the classic Turbine model of pull
 
 On the server side Just create a Spring Boot application and annotate it with `@EnableTurbineAmqp` and by default it will come up on port 8989 (point your Hystrix dashboard to that port, any path). You can customize the port using either `server.port` or `turbine.amqp.port`. If you have `spring-boot-starter-web` and `spring-boot-starter-actuator` on the classpath as well, then you can open up the Actuator endpoints on a separate port (with Tomcat by default) by providing a `management.port` which is different.
 
+You can then point the Hystrix Dashboard to the Turbine AMQP Server instead of individual Hystrix streams.  If Turbine AMQP is running on port 8989 on myhost, then put `http://myhost:8989` in the stream input field in the Hystrix Dashboard. Circuits will be prefixed by their respective serviceId, followed by a dot, then the circuit name.
+
 Spring Cloud provides a `spring-cloud-starter-turbine-amqp` that has all the dependencies you need to get a Turbine AMQP server running. You need Java 8 to run the app because it is Netty-based.
 
 [[spring-cloud-ribbon]]