The Midas AS88 is designed to seamlessly convert a two, high-bitrate HyperMAC connections into eight fully redundant AES50 connections, and vice versa, whilst ensuring ultra-fast audio switching. Built for speed and reliability, AS88 also supports up to 192 bidirectional channels at 96 kHz.

Reliable Redundancy

Using the AS88 with our flagship HD96 console enables full redundancy across both console Snake ports – unlocking greater channel capacity and enhanced system reliability. Furthermore, AS88’s utilisation of advanced FPGA-based switching technology ensures dependable HyperMAC failover to a redundant connection when needed.

Seamless Integration

Equipped with rugged industry standard RJ45 and optical connectors, the AS88 ensures seamless system integration and reliable, high-performance audio transmission over long distances. Engineered for professionals who demand rock-solid stability and uncompromising audio quality, it’s the trusted solution for touring and live sound environments.

Tough and Dependable

The AS88 features a rugged 2U rackmountable chassis that fits seamlessly into any live or portable sound setup. Its compact size maximises space, while its durablility ensures it can withstand the physical demands and the high-pressure environments of life on the road.

Specifications

Architecture

HyperMAC / AES50 Converter	2 In / 16 Out (Dual redundancy)
Channels	192 at 96 KHz

Connectivity

Power switches	2 x rocker on rear panel
Power Inlets	2 x IEC C13 on rear panel
Power indicator	Blue LED on front panel

Inputs

HyperMAC Optical	2 x standard connector on rear panel
HyperMAC Copper	2 x standard connector on rear panel
Ethernet	RJ45 connector on rear panel

Outputs

AES50

16 x RJ45 socket on rear panel

Controls

Factory Reset

Pushbutton on rear panel

Display

2 x 20 character

LEDs

Snake X status	2 x green / 2 x red
Snake Y status	2 x green / 2 x red
PSU status	2 x green / 2 x red
AES50 status	16 x green / 16 x red
Ethernet status	1 x green

Power Requirements

Voltage	100 – 240 V 50 / 60 Hz AC
Power consumption	2 x 25 W maximum draw (Dual redundancy)

Physical