var camera = new Camera();
var listOfDevices = await camera.Gvcp.GetAllGigeDevicesInNetworkAsnyc().ConfigureAwait();    

var gvcp = new Gvcp();
gvcp.CameraIP = "192.168.10.99";
var reply = await gvcp.ReadRegisterAsync("0x0D04");

var gvcp = new Gvcp
{
    CameraIp = "192.168.10.99"
};
if (await gvcp.TakeControl()) //Send True as a parameter to keep alive
{
    var reply = await gvcp.WriteRegisterAsync("0x0D04", 1000);
}
else
{
    throw new Exception("Camera is already in control");
}

var gvcp = new Gvcp();
gvcp.CameraIP = "192.168.10.99";
var reply = await gvcp.ReadMemoryAsync("0x0D04", 500); //To read 500 bytes from memory address 0x0D04

var camera = new Camera("192.168.10.224");

camera.FrameReady += FrameReady;

//For multiple interfaces you can define the Rx IP as: (In this example 192.168.10.221 is the PC IP)    
bool isStarted = await camera.StartStreamAsync("192.168.10.221").ConfigureAwait(false);

private void FrameReady(object sender, byte[] e)
{
  // e contains the raw data in bytes
}

var camera = new Camera();
var listOfDevices = await camera.Gvcp.GetAllGigeDevicesInNetworkAsnyc().ConfigureAwait(true);
if (listOfDevices.Count > 0)
{
    camera.Gvcp.ForceIPAsync(listOfDevices[0].MacAddress, "192.168.10.243");
}