Annex J (informative) — EIS and the Doepfer A-100 documents

The A-100 is the system the Eurorack format comes from. This annex answers one question: what would a product built to Doepfer's figures need to change to conform to EIS? J.1 gives the figures EIS takes from Doepfer's construction and technical pages; J.2 lists every statement of Doepfer's A-100 documents on which EIS is stricter, looser, different, or more specific. A statement EIS restates unchanged, or one EIS does not take up (a fact about a Doepfer product, or advice for Doepfer's own systems), is not listed.

EIS applies none of Doepfer's documents by reference; where they differ, EIS governs a product that claims it.

In the Provenance column of J.1, inherited marks a figure EIS takes from the Doepfer page and EIS a figure EIS sets itself.

J.1 Figures EIS inherits

J.1.1 Construction details

Doepfer publishes Construction Details A-100, retrieved 2026-10-09. EIS restates some of its figures as inherited requirements and does not apply the page by reference. The A-100 check compares selected figures with EIS.

Figure on the page Value EIS requirement Provenance
3U front panel height 128.5 mm PANEL-006, 128.5 mm inherited
Front panel mounting-hole inset 3.0 mm PANEL-008 inherited
Front panel mounting-hole drill Ø3.2 mm PANEL-010 inherited
Front panel thickness 2 mm PANEL-004, at most 2.0 mm; EIS recommends 1.6 mm to 2.0 mm inherited; EIS
Front panel widths below N × 5.08 mm PANEL-002, at most N × 5.08 mm for any positive whole N; EIS recommends 0.3 mm below inherited; EIS
Mean front panel width gap 0.309 mm The 0.3 mm width clearance EIS recommends EIS

The panel figures EIS derives from these are in 5.2.1.

J.1.2 Technical details

Doepfer publishes Technical Details A-100, retrieved 2026-10-16. The signal check quotes its figures and reports where EIS differs.

The page's patch levels are typical ranges, and modules in use exceed them. Because an input has to accept what an output may send, EIS sets audio at ±10 V peak (AUDIO, B10), and sets control CV by the range a port claims, ±5 V (B5) when none is named.

Figure on the page Value EIS class Provenance
Audio typically 10 Vpp (−5 to +5 V) AUDIO ±10 V peak EIS
LFO −2.5 to +2.5 V CV at range B5 (±5 V) EIS
ADSR 0 to +8 V CV at range U10 (0 to +10 V) EIS
Gate, trigger, clock typically 0/+5 V; above about +3 V is high, below 1 V is low; withstands up to +12 V GATE high ≥ +3 V, low ≤ +1 V; BUS-GATE 0/+5 V inherited
Pitch CV 1 V per octave; no CV value is assigned an absolute pitch PITCH 1.00 V/octave, 0 V = C0 recommended (the reference is EIS's); BUS-CV 1 V/octave EIS; inherited
Input and output impedance not stated 1 kΩ source, 100 kΩ load, typical EIS

J.2 Where EIS differs

Each statement keeps its number from the full inventory (D-001 to D-171, in the repository's history), is paraphrased with every figure as Doepfer gives it, and links the page or document it comes from. The Kind column keeps Doepfer's own distinction between a rule, a typical value, and a recommendation. Each is classified by one difference:

tools/doepfer_compare.py generates the tables below from data/doepfer_comparison.json.

Difference Statements
tightened 27
relaxed 5
changed 8
added 12
total 52

J.2.1 Rack and frame

Doepfer Kind EIS Requirements Difference Source
D-001 The A-100 is built on the international 19" rack system: DIN 41494 / IEC 297-3 / IEEE 1001.1. rule EIS requires a rack-mount frame to meet IEC 60297-3-101:2004 and IEC 60297-3-100:2008 for the 482.6 mm flange width, the flange holes and slot, the 132.55 mm 3U height H1, and the 84 HP row; a desktop case needs no flanges. RACK-001, RACK-002, RACK-003 tightened Construction
D-003 Because the 19" standard is used, A-100 front panels "may fit" frames from other makers. typical EIS makes cross-maker fit binding through the panel width ceiling, the 122.5 mm hole span, the hole grid and the 5.08 mm insert pitch. RACK-003, PANEL-002, PANEL-009, PANEL-011, RAIL-001 tightened Accessories
D-005 Usable width per row is 84 HP (= 426.4 mm). Elsewhere 84 HP is given as 426.7 mm (back panel remark). rule EIS keeps the 84 HP row and requires a rail of at least N × 5.08 mm, 426.72 mm for 84 HP, which Doepfer's 426.4 mm figure falls 0.32 mm short of. RACK-003, RAIL-002 tightened Construction, Accessories
D-023 Self-build: cover and rear panel length must equal the rail length. Side height is found by test-mounting a module on two rails and measuring from the top of the upper rail to the bottom of the lower rail. recommendation EIS fixes the span between the two rails' inserts at 122.5 mm, so a row's height is set by figure rather than by test-mounting. PANEL-009 added Kit #1

J.2.2 Rails and inserts

Doepfer Kind EIS Requirements Difference Source
D-009 A tapped-hole strip with M3 threads goes into each of the four front lipped rails, and modules fix to it. Each lipped back rail gets 3 sliding nuts (middle and both ends) for the back plate. Two unlipped rails get 8 sliding nuts for the bus board; the third has no insert and only reinforces the top cover. Nuts in rail 2 face the rear; nuts in rail 3 and the strip in rail 1 face the front. Using the wrong rail type in a position causes problems. rule EIS requires a threaded M3 insert at least 1.5 mm thick with holes 5.08 mm apart; the rear and bus board rail arrangement is not covered. RAIL-001, RAIL-003, RAIL-004 tightened G6 frame
D-020 DIY Kit #1 rails: four 84 HP aluminum extruded rails, ~427 mm long, with 8 mounting screws. About 160 M3 nuts (kit PDF: ~168 = 4 × 42, ~42 per rail) slide into the rail groove. Modules can then sit anywhere, including other makers' modules with different hole positions, without gaps. typical EIS requires insert holes on a fixed 5.08 mm pitch and every panel hole on that grid; slide nuts appear only informatively, in the recommended rail section of 5.3. RAIL-001, RAIL-002, PANEL-011 changed DIY kits, Kit #1

J.2.3 Module depth

Doepfer Kind EIS Requirements Difference Source
D-013 Doepfer sets no maximum module depth. Depth appears only as the usable depth of each case. Modules with increased depth (e.g. A-113, A-126) must not go in the PSU area of the low-cost cases. not specified A module publishes how far it extends behind the panel and an enclosure publishes each row's clear depth; EIS recommends at most 50 mm module depth and at least 50 mm row depth, with no maximum. PANEL-003, ENC-001 added Cases

J.2.4 Panel height

Doepfer Kind EIS Requirements Difference Source
D-029 1U = 1.75 inch = 44.45 mm; 3U = 133.4 mm. All front panels are 3U high. rule One rack unit is 44.45 mm, three are 133.35 mm, and a module may be 1U or 3U high. RACK-002, PANEL-001 relaxed Construction
D-030 Final panel height is less than 133.4 mm because of the mounting-rail rim: 128.5 mm for all A-100 front panels. rule EIS requires a 3U front panel 128.5 mm high, within ±0.2 mm. PANEL-006 tightened Construction

J.2.5 Mounting holes

Doepfer Kind EIS Requirements Difference Source
D-031 The panel drawing gives hole centers 3.0 mm above the bottom edge (0) and at 125.5 mm, which is 3.0 mm below the 128.5 mm top. The figures are only in image A100FP.gif (no alt text); I read them from the image. rule Mounting holes are 3.0 mm in from top and bottom within ±0.1 mm, a 122.5 mm span within ±0.1 mm on the panel and between the rail inserts. PANEL-008, PANEL-009 tightened Construction
D-040 Horizontal distance between holes must be a multiple of the HP grid, N × 5.08 mm. rule Each hole is a whole number of HP plus 2.54 mm from the nominal left edge, within ±0.1 mm, so hole spacing stays a multiple of 5.08 mm. PANEL-011, RAIL-001 tightened Construction
D-041 Drawing: hole diameter d = 3.2 mm; first hole column 7.5 mm from the left panel edge. Image only (A100FP.gif). rule Holes are Ø3.2 mm +0.1/−0 mm or a 3.2 mm slot up to 5.5 mm long, and the first column of a wide panel is 7.62 mm from the nominal left edge, 0.12 mm further in than Doepfer's 7.5 mm. PANEL-010, PANEL-011 changed Construction
D-042 Table 1 is titled as giving hole positions relative to the panel edges, but the positions appear only in the drawing. No per-width hole table is published. not specified EIS fixes every hole position for every width and draws the patterns from 1 to 8 HP. PANEL-011 added Construction

J.2.6 Panel width and HP

Doepfer Kind EIS Requirements Difference Source
D-033 Actual panel width is "a few tenth of a mm" less than N × 5.08 mm, to give assembly tolerance. rule EIS requires an N HP panel no wider than N × 5.08 mm, and recommends 0.3 mm narrower. PANEL-002 tightened Construction
D-034 Table 1, HP: calculated / actual mm: 1: 5.08/5.00; 1.5: 7.62/7.50; 2: 10.16/9.80; 4: 20.32/20.00; 6: 30.48/30.00; 8: 40.64/40.30; 10: 50.80/50.50; 12: 60.96/60.60; 14: 71.12/70.80; 16: 81.28/80.90; 18: 91.44/91.30; 20: 101.60/101.30; 21: 106.68/106.30; 22: 111.76/111.40; 28: 142.24/141.90; 42: 213.36/213.00. rule Widths are whole HP only, at most N × 5.08 mm, with N × 5.08 mm minus 0.3 mm recommended; EIS's own width table replaces Table 1. PANEL-002 tightened Construction
D-035 Blank panels: B1 1 HP / 5 mm (only to combine odd-HP modules, e.g. Harvestman). B1.5 1.5 HP / 7.5 mm (gap filler for modules with different hole positions, e.g. Analogue Systems). B2 2 HP / 10 mm; B4 4 HP / 20 mm; B8 8 HP / 41 mm; B42 42 HP / 213 mm. The 8 HP blank at 41 mm differs from Table 1's 40.30 mm. rule A blank meets the module panel rules: whole HP and at most N × 5.08 mm, so a 1.5 HP blank is not an EIS width and an 8 HP blank at 41 mm would exceed 40.64 mm by 0.36 mm. PANEL-002, PANEL-004 tightened Accessories
D-036 Order notes say every A-100 panel is a multiple of 2 HP, with no odd HP, and the frame sketch uses a 2 HP grid. This conflicts with the 1, 1.5 and 21 HP entries in Table 1. rule A panel may be any positive whole number of HP, odd or even. PANEL-002 relaxed Ordering

J.2.7 Panel thickness and material

Doepfer Kind EIS Requirements Difference Source
D-038 Front panels are 2 mm anodized aluminum. Standard blanks are 2 mm silver-grey anodized; Vintage Edition blanks (B2V/B4V/B8V/B42V) are 2 mm black anodized; B1V and B1.5V are not available. rule EIS limits a front panel to 2.0 mm thick; it recommends 1.6 to 2.0 mm 5052 aluminum or FR-4 and sets no finish or color. PANEL-004, PANEL-014 relaxed Construction, Accessories

J.2.8 Mounting screws

Doepfer Kind EIS Requirements Difference Source
D-043 Modules mount with M3x6 oval-head cross-recess screws (DIN 7985). The short-form manual also says "M3x6". rule EIS requires an M3 screw of 0.5 mm pitch with a head at most 7.0 mm across, its length inside a window each rail sets and the enclosure publishes. RAIL-005, RAIL-006, RAIL-007, RAIL-008, RAIL-009, RAIL-010, RAIL-011 changed Construction, Short manual

J.2.9 Boards

Doepfer Kind EIS Requirements Difference Source
D-046 Modules built since about 2015 carry a rectangle and the text "RED STRIPE" on the PCB beside the bus connector. rule EIS requires a module, a bus board, or a power supply to mark the −12 V end of each power header on the board, in any form. BUS-019, BUS-004 tightened FAQ

J.2.10 Bus connector and pinout

Doepfer Kind EIS Requirements Difference Source
D-055 Bus headers are 16-pin, 2-row, 2.54 mm pitch. Cables use 10- or 16-wire flat cable with press-on 16-pin IDC sockets. rule A header on a module or a bus board is a 2 × 5 or 2 × 8 header on a 2.54 mm grid mated by IDC ribbon sockets, so a bus board header may also be 10-pin, not only 16-pin as on Doepfer's boards. BUS-002, BUS-015 relaxed FAQ
D-057 Module side: with a vertical header the colored wire goes at the bottom. With a horizontal header it goes left (rear view), except on the A-111-5, which has its own drawing. rule EIS fixes no orientation of the header on a module; it requires the −12 V end of every power header to be marked on the board and the marked conductor to point to it. BUS-004, BUS-019 changed FAQ, Bus orientation
D-058 Applying other voltages than described, or reversing polarity, destroys a module instantly. rule EIS requires a module to survive a reversed ribbon at its power header; any other voltage on the pins is outside EIS. BUS-009, DC-006 added Technical
D-059 Supplies above ±12 V, a missing GND or swapped rails destroy modules, and the warranty is void. rule EIS requires modules to survive a reversed ribbon, holds each supply rail within ±5 % of nominal, and bounds the supply's start-up overshoot to 10 % and its reverse swing to 0.7 V; rails beyond that or a missing 0 V are outside EIS. BUS-009, GND-001, SUP-005, SUP-006, SUP-010 added Ordering

J.2.11 Ribbon cable

Doepfer Kind EIS Requirements Difference Source
D-063 Cable length ~20 cm: A-100BM10 (10-to-16) and A-100BM16 (16-to-16). Special cables with 2 or 4 ten-pin module connectors have them ~6.5 cm apart. typical EIS limits a power ribbon from a bus header to a module to 400 mm, with conductors of at least 28 AWG; it sets no connector spacing for multi-socket cables. BUS-015 added Accessories, Bus cables

J.2.12 Bus board

Doepfer Kind EIS Requirements Difference Source
D-071 PSU-to-bus cables: until end of 2015, 3 wires (GND, −12, +12); since then 4 wires (+5 V added). Flat connectors both ends, ~30 cm, 0.75 mm². typical Row wiring is stranded copper rated 105 C with a crimped ring terminal on an M4 terminal at each end, at least 18 AWG and heavier as the current rises, and at most 5 mΩ end to end with 0 V no higher than the rails; Doepfer's 0.75 mm2 lead on flat connectors is outside EIS, and +5 V stays optional. PWR-005, PWR-006, PWR-007, ASM-008 tightened Accessories

J.2.13 Current limits

Doepfer Kind EIS Requirements Difference Source
D-086 The total current of all modules must not exceed the PSU maximum (1200 mA; 650 mA on old units). Otherwise fit a second PSU at position (4). rule Each rail's summed module current must stay within the published total of every source and bus board feeding it and within each outlet's limit, counted per rail and per board. ASM-001, PWR-001, PWR-002, BUS-008, BUS-012 tightened Construction, Manual
D-087 Historically only the +12 V current was quoted, as the worst case. No A-100 module draws more at −12 V than at +12 V. Since the PSU3 (2016) both are given separately. rule Every module publishes its maximum current on each rail, stating 0 for a rail it does not draw; where −12 V is missing EIS recommends planning it at 50 % of +12 V. PWR-001 tightened FAQ
D-089 The Excel planner total must be under 1200 mA; otherwise a second PSU is needed. rule The per-rail sum stays within every published source and outlet total; the Annex E row budget is an informative worksheet for it. ASM-001 tightened Ordering

J.2.14 Power supply

Doepfer Kind EIS Requirements Difference Source
D-097 Each PSU3 rail has its own switcher, so the rails do not rise together: delay 1–1.5 s after power-on, rise time 20–30 ms. This may upset the reset of third-party digital modules. typical EIS sets no rail delay, rise time or order, but at start-up no rail may overshoot by more than 10 % or swing more than one diode drop toward the opposite polarity. SUP-005, SUP-006 added Accessories
D-108 A high-quality linear supply is recommended. Switching supplies Doepfer tested showed up to 200 mV load-dependent change on ±12 V, against ~5 mV for the PSU2. For frames with VCOs use the PSU2 or a linear supply with load regulation of 10 mV or better. recommendation EIS requires no linear topology; bus ripple and noise must be below 150 mV peak-to-peak and published, and it only recommends load regulation within 1 % (about 120 mV at 12 V), looser than Doepfer's 10 mV for VCO frames. SUP-001, SUP-007 relaxed DIY

J.2.15 Ripple and protection

Doepfer Kind EIS Requirements Difference Source
D-115 No ripple, noise, regulation-tolerance or output-voltage tolerance figure is published for any A-100 PSU. The only related figures are the load-change ones in D-108. not specified EIS requires a supply to publish its ripple and noise on each rail by a stated method (20 MHz, 0.1 µF with 47 µF, 300 mm twisted pair), and bus ripple below 150 mV peak-to-peak. SUP-001, SUP-007 added Technical, Accessories, FAQ
D-124 Most A-100 outputs have a 1k series protection resistor against shorts to GND or to another output. It causes a small drop that can affect 1 V/oct accuracy; use a buffer (A-185-1/-2) or bridge the resistor. typical EIS requires every patch output to survive an indefinite short to 0 V or to another output; its source impedance is 1 kΩ typical and at most 2 kΩ. SIG-003, SIG-005 tightened DIY
D-125 Inserting a plug into a standard A-100 jack momentarily shorts it, so non-protected outputs need another socket type. The DIY manual-gate circuit uses a 470 Ω resistor against shorting +12 V. recommendation EIS requires every patch output on the 3.5 mm TS jack to survive an indefinite short to 0 V or to another output, so an unprotected output does not conform. SIG-003, PANEL-005 tightened DIY

J.2.16 Grounding

Doepfer Kind EIS Requirements Difference Source
D-128 Protective earth: the yellow/green lead goes to an eyelet screwed to the metal case and must never be another color. The 16-pin bus has three GND pin pairs (10-pin likewise). No other grounding scheme (star point, audio vs power ground) is specified. rule Every 0 V pin of a header is connected, a bus board joins all headers to one 0 V at the supply terminal, a supply publishes where 0 V meets protective earth, and a 0 V bond is 14 AWG, or board copper of that section, on a ring, bracket, or standoff on an M4 or larger stud under a toothed washer. GND-001, GND-002, GND-003, PWR-008 added PSU3 wiring, Manual

J.2.17 Bus CV and gate

Doepfer Kind EIS Requirements Difference Source
D-137 More than three VCO CV inputs on one bus (FAQ: more than 2–3 VCOs) need a buffered writer (A-185-1/-2, A-180-3). Otherwise losses cause scaling or octave-purity problems. A-190-2/-3/-4 have buffered outputs. recommendation Every bus CV transmitter drives from an op-amp through at most 100 Ω and holds 1.00 V/octave within 0.3 % at the header into 10 kΩ, ten listeners of 100 kΩ, whatever they are; EIS recommends at most ten listeners on a line. BUS-017 tightened DIY, FAQ
D-140 A 10-pin module can still use bus CV/Gate with a 16-wire cable that has a 10-pin module connector, tapping wire #13/14 (CV) or #15/16 (Gate). rule A module may use the 10-pin header only if it uses neither +5 V nor bus CV or gate, so a module on bus CV or gate has a 16-pin header. BUS-007 changed DIY

J.2.18 Audio signal levels

Doepfer Kind EIS Requirements Difference Source
D-142 Audio is typically 10 Vpp (−5 V to +5 V); the module description usually gives the exact level. The manual instead says audio "lie[s] in the range" −5 to +5 V (10 Vss). typical EIS keeps ±5 V (10 Vpp) as the typical nominal level but sets AUDIO full scale at ±10 V peak at the default range B10. SIG-005 changed Technical, Manual
D-143 Audio-processing inputs need about 1 Vpp minimum for a usable S/N. Higher levels are fine because nearly every audio input has an attenuator. Mics and guitars need an external preamp. typical EIS sets no minimum input level; an AUDIO input must accept its range's full swing without clipping, ±10 V at B10 within 0.5 dB, and mic and instrument levels appear only in informative Annex C. SIG-005 tightened FAQ
D-145 Audio inputs are normally AC-coupled and all filters are AC-coupled. CV generators and processors are DC-coupled. VCAs, dividers and waveshapers vary. typical AUDIO may be AC or DC coupled, with an AC-coupled input passing 20 Hz within 1 dB; CV, pitch, gate, trigger and clock classes are DC-coupled. SIG-005 tightened DIY

J.2.19 CV signal levels

Doepfer Kind EIS Requirements Difference Source
D-146 CVs are typically −2.5 to +2.5 V (5 Vpp) for LFOs and 0 to +8 V for ADSRs; module descriptions usually give exact levels. typical EIS places an LFO at ±2.5 V in CV range B5 (±5 V, the default) and an ADSR at 0 to +8 V in range U10 (0 to +10 V). SIG-005 added Technical
D-147 CVs are relative: no fixed relation between a CV value and the controlled parameter. 0 V on a VCO does not mean C0 or 65.4 Hz. Panel scale labels do not matter. rule EIS leaves CV unscaled but recommends that 0 V on a PITCH port mean C0 (16.35 Hz), as a recommendation only. SIG-005 changed FAQ

J.2.20 Gate and trigger

Doepfer Kind EIS Requirements Difference Source
D-150 Gate, trigger and clock are rectangle signals, typically 0/+5 V. The trigger acts on the rising edge. typical GATE, TRIG and CLOCK outputs must be high at +4 V to +12 V into 100 kΩ and low at +0.5 V or less, and a TRIG input reads the rising edge through +3 V. SIG-005 tightened Technical
D-151 Within the A-100, anything above about +3 V is "high" (+5, +8, +10, +12 V all work). Anything below 1 V is "low". Deviations are stated in the module description. rule A gate, trigger or clock input must read +3 V or more as high and +1 V or less as low, with at least 0.5 V of hysteresis recommended. SIG-005 tightened Technical
D-152 All A-100 modules withstand gate/trigger/clock signals up to +12 V. rule Every patch input, whatever its class, must withstand ±12 V indefinitely from a source of 1 kΩ or less, and ±15 V is recommended. SIG-002 tightened Technical
D-154 The manual says gates are typically 0 to +5 V or 0 to +12 V, and A-100 modules usually output +12 V. Gate, clock and reset inputs also work at lower levels (typically +5 V). This differs from D-150. typical EIS accepts gate outputs anywhere from +4 V to +12 V high and requires inputs to read +3 V as high, so 0/+5 V and 0/+12 V gates both conform. SIG-005 tightened Manual

J.2.21 Pitch CV at 1 V/octave

Doepfer Kind EIS Requirements Difference Source
D-157 A 1 V increase raises VCO pitch by one octave. rule PITCH is 1.00 V per octave within ±0.3 % of scale (3.6 cents per octave) over the claimed span, B10 by default. SIG-005 tightened Technical
D-158 CV is relative: no CV value (e.g. +1.0 V) is tied to an absolute pitch. Pitch is the sum of tune (coarse/fine), octave switch, CV inputs, attenuated inputs, bus CV, trims and linear FM. Attenuated and linear-FM inputs are not 1 V/oct. Some VCOs have 2+ 1 V/oct inputs, one possibly from the bus. rule EIS recommends that 0 V on a pitch port mean C0 (16.35 Hz), calling it a calibration figure, and lists a control input scaled other than 1 V/oct as CV with its scaling named. SIG-005 changed Technical, FAQ

J.2.22 Impedances

Doepfer Kind EIS Requirements Difference Source
D-159 Doepfer publishes no input or output impedance figures. not specified EIS sets source impedance at 1 kΩ typical and at most 2 kΩ and load at 100 kΩ typical and at least 47 kΩ for every class but VIDEO, which is 75 Ω ±1 % out and 100 kΩ ±1 % in. SIG-005, SIG-009, SIG-010 added Technical
D-160 Typical summing-input circuit: 47k is a common value, giving sensitivity 1. Factory input and feedback resistors are normally in the 100k range (~47k…220k). Mixers use 100k. typical EIS makes the input load binding at 100 kΩ typical and at least 47 kΩ on every class but VIDEO. SIG-005 tightened DIY

J.2.23 Use, handling, and documents

Doepfer Kind EIS Requirements Difference Source
D-169 Fitting procedure: total the currents, unplug mains, fit the cable at the module (colored wire down), then at the nearest bus position (colored wire down), screw in, close gaps, power up and test. If anything is wrong, disconnect immediately. rule EIS requires the installer to keep each rail's published currents within every source, bus board, and outlet limit; the fitting steps of clause 9, with the marked conductor on −12 V, are informative. ASM-001, BUS-004 tightened Construction, Short manual
D-171 No Doepfer technical page exists for a "flying bus board", "1U" format or the "Vintage Edition". Vintage Edition differences are cosmetic only (black panel, KV knob). not specified EIS defines a 1U panel 39.65 mm high from the Intellijel format; flying bus boards appear only in the eis-reference survey, and the Vintage Edition is not mentioned. PANEL-001, PANEL-007, PANEL-009 added Accessories

J.3 Sources

Doepfer's pages and documents as read on 2026-10-22; EIS restates none of them by reference.

Document Address
Construction Construction Details A-100 https://www.doepfer.de/a100_man/a100m_e.htm
Accessories A-100 accessories https://www.doepfer.de/a100z_e.htm
Ordering A-100 ordering notes https://www.doepfer.de/a100_man/a100o_e.htm
DIY A-100 DIY page https://www.doepfer.de/DIY/a100_diy.htm
G6 frame A-100G6 frame assembly instructions https://www.doepfer.de/a100_man/A100G6_e.pdf
Cases A-100 cases https://www.doepfer.de/a100_cases_e.htm
DIY kits A-100 DIY kits https://www.doepfer.de/a100_DIY_kits.htm
Kit #1 A-100 DIY Kit #1 instructions https://www.doepfer.de/a100_man/A100_DIY_Kit_1.pdf
Short manual A-100 short-form manual, 2025 https://www.doepfer.de/a100_man/A100_short_form_manual_2025.pdf
Technical Technical Details A-100 https://www.doepfer.de/a100_man/a100t_e.htm
Bus orientation A-100 bus cable orientation https://www.doepfer.de/a100_man/A100_bus_orientation.pdf
FAQ A-100 FAQ https://www.doepfer.de/faq/a100_faq.htm
Bus cables A-100 bus cables https://www.doepfer.de/a100_man/A100_bus_cables.pdf
Manual A-100 manual, complete https://www.doepfer.de/a100_man/A100_Manual_complete.pdf
PSU3 wiring A-100PSU3 wiring https://www.doepfer.de/a100_man/A100PSU3_wiring.pdf