Bohdan (creator of SE) doesn't think ASIO support is necessary even though several people have asked for it. I tried ASIO4ALL with the Realtek but couldn't get it to work (maybe cockpit error).
I'm using Orion ASIO line-in. Agree REW has become quite capable; and I think I'll like it once I become familiar with it...old dog new tricks issue.
Here's the table of contents for SE...differences include crossover design, detailed driver measurements, boxes, etc.
BoxCad V4.0 Manual:
Chapter 1 - Introduction - Overview of the program and general specs
Chapter 2 - Operation - Entering data, using CAD and general operation
Chapter 3 - Background - Acoustical tools needed for this program
Chapter 4.1 - Theory - Enclosures - 10 enclosures detailed acoustical impedance schematics
Chapter 4.2 - Theory - Enclosures
Chapter 4.3 - Theory - Enclosures
Chapter 4.4 - Theory - Enclosures
Chapter 5 - Powered Subwoofer - Design example of powered subwoofers
Chapter 6 - Examples - Just a couple of examples
SoundEasy V18.0 Reference Manual:
Chapter_1 - Introduction - Overview of the program and software functions performed. (NEW)
Chapter_2 - Editor Screen - Entering driver's data, complex transfer function, impedance models used, suspension systems, enclosure dimensions.
Chapter_3 - Importing Data Files - IMP, CLIO, LMS, DAAS32, MLSSA, includes exporting data as well.
Chapter4.1, Chapter_4.2 - Enclosure Design Screen - 13 types of enclosures, small and large signal analysis, lots of plots.
Chapter_5 - Enclosure Optimization - Sealed, vented and band-pass enclosure optimizations.
Chapter_6 - Enclosure Response To Rectangular Function - 13 enclosures in time domain, includes impulse, square wave.
Chapter_7 - Car Acoustics - Finite Element Method (FEM) used to solve low-frequency car interior problems
Chapter_8 - Using CAD System - Introduction to our powerful, full-screen electronic CAD system. (NEW)
Chapter_9 - Filter And Crossover Design - Passive / active / digital FIR networks, built-in filters, Linear Phase Filters, MC, crossovers and networks.
Chapter_10 - Filter And Crossover Optimization - Advanced optimization of filters or complete crossover. Includes Conjugate impedance Opt.
Chapter_11 - Crossover In Time Domain - Time domain response of the crossover/filter
Chapter_12 - System Response Module - 3D placement of drivers on front baffle, off-axis simulation and tilting drivers, vertical and horizontal plots. (New)
Chapter_13 - System Optimization - Complete system optimization, including off-axis and tilting drivers.
Chapter_14 - Room Acoustics - Image Method employed in low-frequency range to solve speaker placement. Also some theory.
Chapter_15 - Finite Element Method - FEM theory and several of applications of this method to predict speaker placement in non-rectangular rooms.
Chapter_16.1 , Chapter_16.2 - EasyLab Advanced [Linear] - Operation of all analogue and digital measurement screens Good examples of HB Transform usage .( NEW)
Chapter_17 - EasyLab Advanced [Non-Linear] - Two methods for extracting non-linear parameters and one non-linear modeller.
Chapter_18 - Recommended Design Sequence - Good overview of processes and program's applicability. Also, some computer issues discussed.(NEW)
Chapter_19 - DSP section. Includes Ultimate Equalizer. (New)