Fine Dining Restaurant

TSS installed 50 Cat6 drops for a new construction fine dining location in Sarasota. National chain, full single-story build-out. We do all their low voltage cabling in the Tampa Bay area through a long-time business partner who carries the relationship with the chain at the regional level. When a new location opens in our market, we get the call. That's been true for years.

This project isn't here because 50 drops is a big job. It isn't. It's here because we work at every scale. The customer that needs 50 cables today might need 500 on their next project. We've seen it happen. A relationship that starts on a restaurant build-out turns into a data center expansion or a full campus cabling contract. No job is too small to do right.

Commercial kitchens require more planning than an office ceiling. Prep line equipment needs data connections too, and those drops go into spaces with heat, grease, and heavy daily use. You think through the routing before the first cable goes in. TSS has worked in enough commercial kitchens to know what happens when someone doesn't.

New construction gave us clean access. Two days for rough-in, two days back for termination and testing. Every drop certified. Documentation handed over at turnover. TSS warranties all installations for one year.

Fifty Cat6 drops across a single-story restaurant space. Front of house and back of house both need data. POS terminals, manager stations, network equipment, and kitchen display systems all require cable. The kitchen drops are the ones that require extra attention.

Commercial kitchens run hot and greasy. Drops that terminate at prep line equipment go into spaces that see real abuse. The cable pathway through the kitchen gets planned specifically for the environment — routing away from heat sources, through protected pathways where possible, with terminations that won't be in the way of kitchen operations. We've seen bad kitchen cable installs. Cables hanging in front of cooking equipment, terminations in splash zones, routes that had to be redone because nobody thought about where the hood vents went. TSS plans before we pull.

The TDR buildout included wall-mount rack, color-coded Cat6 patch panel terminations, and full cable labeling. Clean install ready for the IT team to land their equipment on day one.

New construction access is the best access there is. No existing cabling to work around, no occupied spaces to worry about, and the pathways are open before the walls close. TSS does new construction installs faster than renovation work because there are no surprises in the ceiling.

Rough-in ran two days. We staged cable routes through the kitchen and front of house, coordinated pathway placement with the electrical contractor, and got every conduit and sleeve in place while the building was still open. Two days later we came back for termination and testing.

The relationship with the GC's partner made scheduling straightforward. We know how they work, they know how we work. No time spent getting organized on-site. Show up, know the scope, execute.

All 50 Cat6 drops were tested with a Fluke DSX-8000 to TIA channel specifications. PDF test results were delivered with the turnover package along with a cable schedule and patch panel map.

On a 50-drop job, testing takes a fraction of the time it takes on a 500-drop hospital floor. But the documentation matters just as much. The customer's IT team needs to know exactly what they have and where everything lands. Same process, same standard, regardless of job size.

TSS sent a two-person crew for this four-day project. Both W2 employees, OSHA trained. Commercial kitchen environments require awareness — you're working in spaces that are getting finished out simultaneously by other trades, and kitchen areas have specific requirements around cleanliness and obstacle clearance during construction.

Short, focused installs like this one are where an experienced crew separates itself. No ramp-up time, no relearning the basics on someone else's clock. The team comes in knowing the scope and gets it done.

ANSI/TIA-568 on all copper installations. BICSI best practices for cable support, routing, and termination throughout. NEC compliance for all low voltage pathways, separation from electrical, and firestopping at rated penetrations.

Commercial kitchen areas follow the same TIA and NEC standards as any other space. The cable spec doesn't change because the environment is harder. If anything, kitchen drops require more attention to physical protection and routing than office drops.