Manual

39
The top meter shows network ulizaon, showing data rate on an autoscaling graph. In the case of CrossLock
connecons using mulple networks (bonding or redundancy mode), the graph will be color-coded to show ulizaon of
each network. Note that CrossLock has license to apporon data dynamically between networks, including making the
choice not to use a network at all. This usually happens when CrossLock determines one network to have signicantly
lower delay and sucient bandwidth.
The boom meter shows loss and error correcon funcons. On good networks, nothing should appear here.
The informaon displayed here is color coded:
 - The system has detected a packet has been completely dropped by the
network and was never received by the decoder.
 - The system received the packet, but it was too late for decoding and playout.
 - The packet was either lost or late, but was recovered by either the
Forward Error Correcon (FEC) or Automac Repeat Query (ARQ) error correcon built into CrossLock.

The graph represents the work of the Jier Buer Manager. The area of most interest is the light blue area as
shown below, which illustrates a spread of jier values (referenced to the current playout pointer) over the last second. If
this area covers a large span, the relave jier is high. If the light blue secon of the graph is small or invisible over a me
period, there has been very lile jier present.
Based on the historical value of this jier gure, the buer manager will expand or contract the receive buer
(lengthening and shortening overall delay). The me interval over which this measurement is assessed is called the “jier
window”.
The lower half of the  screen display shows a real-me and historical representaon of frame loss. If the decoder
does not receive packets in me, the chart will show an area of red indicang percentage of lost packets over the one-
second interval.