Matt - I'm sorry to hear it didn't work for you. No excitement I can understand, as some DACs like Benchmark sound less exciting (or too clean), but poor soundstaging is disturbing (for expensive DAC). Benchmark brings tons of low level details and according to review decent soundstaging but Audionote imaging is a little deeper. I'm working on taming my room acoustics that, as you might remember, is far from being perfect. I bought twelve 2'x4'x2" sound absorbing panels and plan to buy 6 more. I was in a demo room where all walls were made of this material and even sound of voice was incredibly pure and directional.
So far Hyperion speakers were the greatest improvement to my system and brought musicality and warmth to neutral (unforgiving) Benchmark + Rowland 102. I've noticed that new generation of DACs use FPGA (programmable logic) ICs to execute filter algorithm. Non-apodizing filter in new Merdidian CDP, with different step response, suggests possible improvements in filtering (ovesampling or upsampling schemes). The main purpose of executing filters in FPGAs is speed. FPGA can do everything required in one cycle (clock tick) that uP would have to do in many machine cycles.
So far Hyperion speakers were the greatest improvement to my system and brought musicality and warmth to neutral (unforgiving) Benchmark + Rowland 102. I've noticed that new generation of DACs use FPGA (programmable logic) ICs to execute filter algorithm. Non-apodizing filter in new Merdidian CDP, with different step response, suggests possible improvements in filtering (ovesampling or upsampling schemes). The main purpose of executing filters in FPGAs is speed. FPGA can do everything required in one cycle (clock tick) that uP would have to do in many machine cycles.