Mercury solution to provide communications to mission critical polling
and monitoring devices with enough capacity remaining to provide
additional services such as video surveillance, Voice over IP (VoIP), and
with Mercury 900, mobile data.
of Service (QoS) further prioritizes data within service flows based on
a number of configurable criteria.
overhead communications.
mobile applications. The Mercury remote switches access points
based on several criteria, such as signal strength, distance, and a
combination of signal strength, distance, and bearing.
ranges, -30C to +70C, are housed in a rugged, aluminum chassis, and
are tested for shock and vibration according to military standards.
These radios are built for mission critical, industrial deployments.
permit using the clearest channels in a given area, which facilitates
optimized and more consistent throughput and latencies. Single
channels may be selected, or for Mercury 900, multiple channels may
be selected in the frequency hopping pattern.
(APs) to facilitate co-location of APs and overlap of coverage without
introducing self-inflicted interference.
communications to legacy and proprietary solutions as easily as
Ethernet communications. Whether active Modbus TCP or transparently
passing through TCP server, TCP client, Modbus TCP, Modbus RTU, and
more, the MDS Mercury platform seamlessly provides a wide array of
protocol support.
provide organizations the ability to select the most appropriate
frequency for their applications.
and deciphering, and networks must be protected from unauthorized
access. The MDS Mercury platform provides AES 128-bit encryption to
protect data as it travels the air waves. Secure network authentication
is provided by Radius authentication and MAC address filtering. Finally,
sensitive data may be segregated using VLAN tagging.
· Reducesinfrastructureupto67%
· Easesmaintenance,support,andsparing
data, video surveillance, collection point data
aggregation, and VoIP