The ESPrit ear-level speech processor has recently become available in the
United Kingdom for use with the Nucleus CI24M multichannel cochlear implant
. We report on the use of this ear-level processor with 6 children, ages 8
to 15 years. In this study, all patients were initially fitted with the SPr
int body-worn processor, this being a prerequisite for programming the ESPr
it. Five of the children were fitted successfully with the ESPrit and are u
sing their devices consistently. The results show that patient experience w
ith the ESPrit has been favorable, although there have been some device and
programming difficulties. Aided threshold measures show that the ESPrit pr
ocessor performs at least as well as the SPrint processor, with a trend tow
ard improved aided thresholds for the ESPrit processor compared with the SP
rint processor. Further study of the functional benefit of both of these de
vices may confirm these potential gains. The ESPrit device currently has a
disadvantage for children in that it does not support FM radio hearing aid
use. Finally, caution is advised in the fitting of the ESPrit in very young
children or inexperienced listeners, because of difficulties in monitoring
device function.