Garland Technology

Garland Configurable Copper and SFP Hardware Data Diode

SKU P1GCSSP

$1,400.00
$1,400.00

Included with this order: Blade US — $3.00

Optional accessories
Show 6 more options, including Premier Technical Support and Return-to-Factory warranty plans
Add to Quote
Download the data sheetGTDS P1GCSSP V3 · PDF

A portable hardware data diode that sits between switch SPAN ports and out-of-band monitoring tools. It regenerates or aggregates up to three SPAN feeds and physically blocks any traffic from flowing back.

Product specsInstall guide & demo video

Why we endorse this product

  • One-way flow enforced in hardware
  • Three modes set by DIP switches
  • No IP address, no MAC address

Endorsements come from hands-on testing by our OT cyber experts, with 30+ years in control systems design.

$1,400.00
$1,400.00
Add to Quote

Product Details

The Garland P1GCSSP is a portable, configurable hardware data diode for 10/100/1000M networks with SPAN connections. Ports A and B are copper RJ-45 and ports C and D are SFP. It mounts on a DIN rail with DIN_MOUNT_V2, or four units fit on the RMP-1U 1U rack mount plate.

It takes switch SPAN traffic and sends copies to monitoring tools in one direction only. DIP switches on the back select one of three modes: one SPAN input regenerated to three outputs, three SPAN inputs aggregated to one output, or two SPAN inputs aggregated to two outputs. Traffic cannot flow from an output back to an input, or between input ports.

The chassis is metal and measures 1.15 x 3.9 x 6.5 in and weighs 0.7 lb. It runs from a single power supply rated 90 to 264 VAC at 1.77 A, with 8.85 W maximum consumption, and works with Garland's field DC-DC converter. Contact us for warranty and support terms.

Product Details

The Garland P1GCSSP is a portable, configurable hardware data diode for 10/100/1000M networks with SPAN connections. Ports A and B are copper RJ-45 and ports C and D are SFP. It mounts on a DIN rail with DIN_MOUNT_V2, or four units fit on the RMP-1U 1U rack mount plate.

It takes switch SPAN traffic and sends copies to monitoring tools in one direction only. DIP switches on the back select one of three modes: one SPAN input regenerated to three outputs, three SPAN inputs aggregated to one output, or two SPAN inputs aggregated to two outputs. Traffic cannot flow from an output back to an input, or between input ports.

The chassis is metal and measures 1.15 x 3.9 x 6.5 in and weighs 0.7 lb. It runs from a single power supply rated 90 to 264 VAC at 1.77 A, with 8.85 W maximum consumption, and works with Garland's field DC-DC converter. Contact us for warranty and support terms.

Why Choose the Garland P1GCSSP?

  • Hardware separation inside the unit enforces one-way flow on SPAN links, so a monitoring tool cannot send traffic back toward the switch.
  • Three DIP-switch modes cover the common SPAN layouts: one feed to three tools, three feeds to one tool, or two feeds to two tools.
  • Copper RJ-45 and SFP ports let you connect copper sources and fiber or copper tools without a separate media converter.
  • It has no IP or MAC address and needs no software, so there is nothing to patch or license.
  • The portable metal chassis mounts on a DIN rail or, four at a time, on a 1U rack mount plate.
  • It is cheaper than software-based data diodes, according to Garland.

Who Should Deploy This Technology?

Teams that want to send SPAN traffic from switches to out-of-band monitoring tools without opening a return path.

  • Critical infrastructure networks running 10/100/1000M with SPAN connections.
  • Protecting the source of data streams, such as switch SPAN ports, between network segments with different security requirements.
  • Industrial network monitoring and security where the monitoring connection must not add risk.
  • Space-constrained deployments that need a small form factor.

What Other Options Should Be Considered When Deploying This Technology?

FAQs

How is the P1GCSSP powered?

It uses a single power supply rated 90 to 264 VAC at 1.77 A, with 8.85 W maximum consumption. The Blade US power blade is a required add-on, and the PWR-DCDC1L field DC-DC converter is available for DC sites.

What modes does it support?

Three, set by DIP switches on the back: 1x3 SPAN regen (one SPAN in, three copies out), 3x1 SPAN aggregation (three SPAN in, one aggregated copy out) and 2x2 SPAN aggregation (two SPAN in, two aggregated copies out).

What speeds and media does it support?

10/100/1000M (1G). Ports A and B are copper RJ-45 and ports C and D are SFP.

Can traffic flow back to the network?

No. Physical hardware separation stops traffic from flowing from output ports to input ports, and from one input port to another.

Does it need configuration?

Only the DIP switches. It is plug and play, with no IP address, no MAC address and no software.

What is the operating temperature?

Ambient 0 to +40 C (+32 to +104 F), with operating humidity up to 90% non-condensing.

How do I mount it?

On a DIN rail, or with the RMP-1U 1U rack mount plate, which holds four portable TAPs.

What certifications does it carry?

REACH, RoHS3, POP, CE, UL and CSA.

What warranty coverage is available?

Garland offers Return-to-Factory (RTF) and Premier Technical Support (PTS) warranty plans for this model in 1, 3 and 5 year terms. Add either plan with the warranty options on this page, or contact us for the full coverage terms.

Who do I contact with questions?

Email info@otcyberdirect.com or call +1 (508) 289-1195. An OT cyber expert will answer questions on fit, configuration and lead time.

Not sure this is the right fit?

Tell us about your network and an OT cyber expert will confirm the fit, adjust the configuration, or point you to a better option. No sales sequence, just an answer.

Talk to an OT cyber expert