What's a current feedback amplifier?
If you have not yet read  Voltage feedback vs. current feedback amplifiers:
Advantages and limitations by Xavier Ramus I would recommend that, it is both nice and in depth on this subject

Classical Advantages of Voltage Feedback Op Amps


Typically can deliver better DC accuracy

This is most applicable to pulse oriented signal requirements - typically, DC precision is less important in AC coupled (communications) channels

Can be the lowest overall equivalent input noise

Best noise (&lt; 1.2nV/√Hz) comes at the price of high quiescent current and
non-unity gain stability.

Typically internally compensated. Note that some external compensation VFB
exist.
The highest accuracy, lower noise devices also have a typical architecture,
limiting the maximum achievable slew rate.
Low noise Transimpedance application are ideal target application


Classical Advantages of Current Feedback Op Amps


Essentially unlimited slew rate - gives very high full power bandwidth

Most data sheet slew rate numbers are either limited by the input stage buffer or are actually reporting bandwidth limited rise time by mistake

Nearly gain bandwidth independent

Most useful aspect of this is intrinsic low gain stability with very high closed
loop BW

Most CFB also provide a large output current drive capability.
Application such as adder and high gain application are ideal target application