Geek Pulse Wave 3 configuration.numbers

Geek Pulse Wave 3 configuration.numbers
Key features and specifications for different models
Geek Pulse
Geek Pulse X
Geek Pulse Xfi
Geek Soul X
Geek Soul Xfi
Geek Soul Tube
Digital stage
circuit
USB Audio Class 2.0
input with other 4
digital audio inputs
all converted to 3L
buffered I2S signal,
then send to DAC IC
USB Audio Class 2.0
input with other 4
digital audio inputs
all converted to 3L
buffered I2S signal,
then send to dual
DAC IC
USB Audio Class
2.0 input with other
4 digital audio
inputs all
converted to 3L
buffered I2S
signal, then send
to dual DAC IC
USB Audio Class
2.0 input with other
4 digital audio
inputs all converted
to 3L buffered I2S
signal, then send to
dual DAC IC
USB Audio Class
2.0 input with
other 4 digital
audio inputs all
converted to 3L
buffered I2S
signal, then send
to dual DAC IC
USB Audio Class
2.0 input with other
4 digital audio
inputs all converted
to 3L buffered I2S
signal, then send to
dual DAC IC
Analog stage
circuit for
single-ended
output
Full balanced current
output then
transconductance
amp then summing
up output amplifier
Dual mono full
balanced current
output, then
transconductance
amp, summing up
output amplifier
Dual mono full
balanced current
output, then
upgraded
transconductance
amp, summing up
output amplifier
Dual mono full
balanced current
output, then
transconductance
amp, summing up
output amplifier
Dual mono full
balanced current
output, then
upgraded
transconductance
amp, summing up
output amplifier
Dual mono full
balanced current
output, then
upgraded
transconductance
amp, then high
bandwidth active
biased tube output
stage
Analog stage
circuit for
balanced
output
Full balanced current
output then
transconductance
amp then summing
up output amplifier
Dual mono full
balanced current
output then
transconductance
amp then analog
filter with output
amplifier
Dual mono full
balanced current
output then
upgraded
transconductance
amp then analog
filter with output
amplifier
Dual mono full
balanced current
output then
transconductance
amp then analog
filter with output
amplifier
Dual mono full
balanced current
output then
upgraded
transconductance
amp then analog
filter with output
amplifier
Dual mono full
balanced current
output then
upgraded
transconductance
amp then analog
filter with output
amplifier
Digital clock
circuit
Two audiophile
grade low jitter
TCXO with super
quiet power circuit
and mu-metal shield
Two audiophile
grade low jitter
TCXO with super
quiet power circuit
and mu-metal shield
Two ultra low jitter
Femto clocks with
super quiet power
circuit and mumetal shield
Two audiophile
grade low jitter
TCXO with super
quiet power circuit
and mu-metal shield
Two ultra low jitter
Femto clocks with
super quiet power
circuit and mumetal shield
Two ultra low jitter
Femto clocks with
super quiet power
circuit and mumetal shield
Core DAC IC
ESS9018K2M
Digital Inputs
One USB 2.0 Type B Female,
One set SPDIF via TOSLINK (JIS F05 Female),
One set AES/EBU (AES/EBU input compatible SPDIF signal by Adapter)
Two set SPDIF via RCA Coaxial
Supported
Native PCM
format
44.1, 48, 88.2, 96, 176.4, 192, 352.8K, 384 kHz in 16/24/32 bit
Supported
Native DSD
format
2.822, 3.072, 5.644, 6.144 Mega Hz / 1bit (via USB 2.0 Input) Support both DoP standard 1.1 and Native DSD (requires ASIO
driver)
Jitter Removal
Technology
ESS9018K2M * 2 (with separated and dedicated power supply circuit)
"Patent Pending: 3L buffer by Light Harmonic
Dual loop re-clock for all digital audio inputs"
Digital Filter
Two mode selectable: Time Comprehension Mode (TCM) and Frequency Response Mode (FRM)
TCM, FRM and Fs
Adaptive Mode
Analog
Components
OPA1652, LM4562,
TPA6120A2,
LME49990
One pair of 6922
(user swappable)
Lint output
configuration
One pair Singleended via gold
plated Switchcraft
RCA
Single-ended
output voltage
and
impedance
2.1Vrms (47 Ohm)
Balanced
output voltage
and
impedance
None
Headphone
output
configuration
Single-end via 1/4"
TRS Headphone
Jack
HP Singleended output
voltage and
impedance
HP Balanced
output voltage
and
impedance
OPA1612, LM4562, TPA6120A2, LME49990, AD827
One pair balanced via XLR (pin 2 hot),
One pair Single-ended via gold plated Switchcraft RCA
2.1Vrms (47 Ohm)
2.0Vrms (210 Ohm
- tube)
4.2Vrms (47 *2 Ohm)
Balanced XLR 4 Pin
Balanced XLR 4
Female Jack
Pin Female Jack
(Neutrik)
(Neutrik)
Single-end via 1/4" Single-end via 1/4"
TRS Headphone
TRS Headphone
Jack
Jack
Balanced XLR 4 Pin Female Jack (Neutrik)
1.8V / 3V / 6.8V switchable (0.47Ohm flat in 20~20K Hz range)
None
None
3.5V / 6V / 13.8V switchable (0.9 Ohm flat in 20~20K Hz range) via dual mono headphone output
amplifier
THD+N
Better than 0.005%
(real test result:
0.0014%)
Better than 0.003% (real test result: 0.0011%)
Better than 0.01%
(tube output)
SNR
(unweighted)
Better than 110dB
(real test result
116dB)
Better than 116dB (real test result 119dB)
Better than 108dB
(tube output)
Frequency
Response
Power Input
1-50K (-3dB) control by Bessel analog filter
12V DC - 650mA ~ 950mA depend on system load and
sampling rate
(Compatible with Geek LPS/4 12VDC 1200mA port input)"
120V or 240V AC input. Max 25W
120V or 240V AC
input. Max 35W
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