DELA S5 Audiophile Network Data Switch & ADOT MC03/PLiXiR BDC 12V Power Supply FREE! SUMMER PROMO

DELA S5 Audiophile Network Data Switch & ADOT MC03/PLiXiR BDC 12V Power Supply FREE! SUMMER PROMO

Purchase a DELA S5 Audiophile Network Switch and get a ADOT MC03 PLiXiR Media Converter Kit FREE! (worth £999.00) with the SUMMER PROMO.

Normal RRP for DELA S5 Audiophile Network Switch and ADOT MC03 PLiXiR  Media Fibre Converter kit is £8998.00 but you pay £7999.00. Never a better time to invest in the outstanding and highly flexible DELA S5 Audiophile Network Switch AND get the full advantage of total galvanic isolation with the FREE ADOT MC03 PLiXiR Media Converter kit.

DELA launches the S5 Audiophile Data switch 

Engineered for audiophile performance, the DELA S5 combines precision architecture and professional grade connectivity to deliver superb sound quality. It arrives optimised for high resolution music playback, with front panel control of Link Speed and robust SFP and Neutrik RJ45 options for ultimate flexibility and fidelity.

DELA, formerly known as Melco, has announced the S5 Audiophile Data switch, a high performance managed network switch engineered to deliver exceptional sound quality in any music streaming environment.

KEY POINTS:

⦁ Precision architecture and professional grade connectivity. 

⦁ User selectable Link Speed feature allows audiophiles to fine tune network performance from the front panel.

⦁ Arrives optimised for high resolution music playback.

⦁ Seven professional-grade Neutrik RJ45 ports and four SFP+ ports, offering support for fibre connectivity via ADOT.

User configurable performance

Unique to DELA, the user selectable Link Speed feature allows audiophiles to fine tune network performance from the front panel. Slower link speeds can improve sound quality for network players, while higher speeds suit servers and processes such as Roon. Each port’s status is clearly indicated via colour coded LEDs, and the entire front panel can be dimmed for distraction free listening.

Unused ports can be disabled to free processing resources, further enhancing sound quality. Connectivity includes seven professional grade Neutrik RJ45 ports and four SFP+ ports, offering support for fibre connectivity via ADOT and direct Ethernet links using the DELA C1 cable.

 Engineering and design excellence

At the heart of the S5 is the new DELA Super Clear Dynamic Power Supply, delivering stable, noise free performance regardless of mains quality. The S5’s robust construction features a 440mm brushed aluminium chassis with stainless-steel rear panel, CNC-machined corner cheeks, and isolation feet for mechanical stability to match that of the DELA N1 and S1.

A USB 5V output provides power for accessories such as Wi-Fi adapters or ADOT fibre isolation units, while rear panel indicators confirm network speed and status and can be switched off for optimal sound quality.

ADOT MC03 PLiXiR Media Fibre Converter (FREE with DELA S5 and worth £999.00)

ADOT Details:

ADOT (Audiophile Digital Optical Technology) uses optical fibre to galvanically isolate the data signal between your router and network streaming devices. All connection options are available from devices with traditional RJ/45 (ethernet) LAN connections and for devices that have a direct SFP Fibre LAN input (such as Melco N5 or S100/2).

This clever little (but very important) system converts Copper ethernet (RJ/45) to a optical (fibre) data stream and the difference is far from subtle with a MUCH quiter background giving a much more accurate musical performance. 

Why upgrade?

Analogue audio is delicate. Digital audio is just as delicate, plus digital data needs to be treated with the utmost respect to achieve the results that today’s high-resolution digital music files promise.

The reason is simple.

Behind the 0’s and 1’s, hi-fi electrical signals are still analogue, and just as susceptible to the influence from noise and interference. This additional noise damages the integrity of the pulse edges. This uncertain transition point, of a noisy pulse edge, results in timing errors and jitter.

The solution is simple too.

By breaking the conducted signal, we remove the interference and isolate the hi-fi system. This is done with fibre optics––now the data can be communicated to the digital components, but without any risk of introducing any conducted interference and noise.