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Comparison FiiO KA1 TC vs FiiO KA1 LT

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FiiO KA1 TC
FiiO KA1 LT
FiiO KA1 TCFiiO KA1 LT
from £51.42 
Expecting restock
from £81.43 
Expecting restock
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Has MQA Renderer technology that can connect to MQA Core signal (from TIDAL streaming service, FiiO Music App or any other MQA-enabled music service or media player).
Has MQA Renderer technology that can connect to MQA Core signal (from TIDAL streaming service, FiiO Music App or any other MQA-enabled music service or media player).
Typeportableportable
DACES9281AC PROES9281AC PRO
Specs
DAC sample rate384 kHz384 kHz
DAC bit depth32 bit32 bit
Headphone impedance16 – 300 Ohm16 – 300 Ohm
Power (600 Ohm)7 mW7 mW
Power (300 Ohm)13 mW13 mW
Power (32 Ohm)45 mW45 mW
Power (16 ohm)43 mW43 mW
Frequency range20 – 20000 Hz
Signal to noise ratio114 dB114 dB
Coef. harmonic distortion0.0005 %0.0005 %
Functions and features
IPhone/iPad connection?
Connectors
Headphone outputs
1x mini-Jack (3.5 mm) шт
1x mini-Jack (3.5 mm) шт
Power source
Power type
USB powered
USB powered
General
Metal body
Dimensions40x15x8 mm
Weight10 g10 g
Color
Added to E-Catalogmay 2023may 2023
Price comparison

Frequency range

Frequency range supported by the output amplifier; in other words, the range that this model is capable of delivering to headphones or another analogue audio device.

Theoretically, the wider the frequency range — the richer the sound of the amplifier, the lower the likelihood that the lower or upper edge of audible frequencies will be “cut off”. However, when evaluating this parameter, several nuances should be taken into account. Firstly, the average person is able to hear frequencies from 16 to 22,000 Hz, and with age, these boundaries gradually narrow. However, headphone amplifiers often have wider operating ranges, and they are very impressive — for example, for some models, a set of frequencies from 1 Hz to 60,000 Hz, or even up to 100,000 Hz, is claimed. Such characteristics are a kind of "side effect" from the use of high-end sound processing circuits; from a practical point of view, these numbers do not make much sense, but they are an indicator of the high class of the amplifier and are often used for advertising purposes.

The second nuance is that any headphones also inevitably have their own frequency limitations — and these limitations can be more significant than in an amplifier. Therefore, when choosing, it's ok to take into account the characteristics of the headphones: for example, you should not specifically look for an amplifier with an upper frequency limit of the full 22 kHz, if in the headphones that you plan to use with it, th...is limit is only 20 kHz.

In conclusion, also note that an extensive frequency range in itself does not guarantee high sound quality — it largely depends on other factors (frequency response, distortion level, etc.).

IPhone/iPad connection

The presence in the amplifier of special features for connecting iPhone, iPad and other Apple gadgets.

Usually, a standard USB port (microUSB, USB-C) is used for such a connection — the same as for other portable (or even stationary) devices. However, models with this feature are additionally optimized for use with Apple products, and may also have special functions for working with such gadgets — for example, playback control via remote control on headphones connected to the amplifier. So if you are purchasing an amplifier for use with an Apple gadget, it makes sense to pay attention to models that directly declare compatibility with such gadgets.
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