Silicon probe designs

Home › Resources › Silicon probe designs

API

Consumable name	Type	Supplier	Description	Consumable stocks	Product ID	Probe layout	Number of channels	Number of shanks	Spacing between shanks (µm)	Thickness of shanks (µm)	Length of shanks (µm)	Area of electrode sites (µm^2)	Uniform layout	Custom design	Vertical spacing between sites (µm)
E1-16ch	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech E-series, 16ch, 1 shank, edge	-	E1-16ch	edge	16	1	-	15	6	-	True	False	40
E1-32ch	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech E-series, 32ch, 2 shanks, edge, 250µm shank spacing	-	E1-32ch	edge	32	2	250	-	6	-	True	False	40
E1-64ch	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech E-series, 64ch, 4 shanks, edge, 250µm shank spacing	-	E1-64ch	edge	64	4	250	15	6	-	True	False	40
E2-16ch	Silicon probe design	Cambridge Neurotech	<p>Cambridge Neurotech E-series, 16ch, 1 shank, edge</p>	-	E2-16ch	staggered	16	1	-	15	9	-	True	False	40
E2-64ch	Silicon probe design	Cambridge Neurotech	<p>Cambridge Neurotech E-series, 64ch, 4 shanks, edge, 250µm shank spacing</p>	-	E2-64ch	staggered	64	4	250	15	9	-	True	False	40
F-series	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech F-series, 64ch, 6 shank, poly 2, 200µm shank spacing	-	F-series	poly2	64	6	200	15	6	165	True	False	30
H1	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech H1, 64ch, 2 shanks, high density sites, poly 4, 250µm shank spacing	-	H1	poly4	64	2	250	-	-	-	True	False	9.3
H2	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech H2, 64ch, 2 shanks, linear, 25µm spacing, 250µm shank spacing	-	H2	linear	64	2	250	-	-	-	True	False	25
H3	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech H3, 64ch, 1 shank, linear, 20µm spacing	-	H3	linear	64	1	-	-	-	-	True	False	20
H4	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech H4, 32ch, 1 shanks, linear, 25µm spacing	-	H4	linear	32	1	-	-	-	-	True	False	25
P1-16ch	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech P-series, 16ch, 1 shank, poly 2	-	P1-16ch	poly2	16	1	250	15	6	-	True	False	25
P128-5	Silicon probe design	Cambridge Neurotech	4 cortical channels situated at each shank above the main channels	-	P128-5	poly3	128	4	150	-	6.5	165	True	False	30
P1-32ch	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech P-series, 32ch, 2 shanks, poly 2, 250µm shank spacing	-	P1-32ch	poly2	32	2	250	15	6	-	True	False	25
P1-64ch	Silicon probe design	Cambridge Neurotech	Cambridge Neurotech P-series, 64ch, 4 shanks, poly 2, 250µm shank spacing	-	P1-64ch	poly2	64	4	250	15	6	-	True	False	25
P2-32ch	Silicon probe design	Cambridge Neurotech	<p>Cambridge Neurotech P-series, 32ch, 2 shanks, poly 2, 250µm shank spacing</p>	-	P2-32ch	poly2	32	2	250	15	9	-	True	False	25
P2-64ch	Silicon probe design	Cambridge Neurotech	<p>Cambridge Neurotech P-series, 64ch, 4 shanks, poly 2, 250µm shank spacing</p>	-	P2-64ch	poly2	64	4	250	15	9	-	True	False	25

16 Silicon probe designs

Filter

✖ Clear all filters

By supplier

BrainSTEM (Brain STructured Experimental Metadata) is a collaborative electronic lab notebook for experimental neuroscience. It has a customizable web interface and a standardized yet flexible data model and is designed to capture a range of electrophysiology, imaging, and behavioral data. Granular permissions, including one-click public sharing, promote collaborations and open science. BrainSTEM is designed with ease of adoption and use as a primary consideration and facilitates compliance with NIH and other data-sharing requirements.

BrainSTEM can accelerate your science, promote collaboration, extend the lifetime of your data, and make FAIR data sharing easy. Please see the dedicated documentation website at below link.