Overview
What it does
OPS America Fiber is the US version of the network: a fiber-to-the-home internet provider that owns its access network end to end. Its field techs run drops, fit NIDs and ONTs, activate service on symmetric XGS-PON plans (300 Mbps to 5 Gig) and fix trouble tickets. It is one of three OPS America sub-companies, with Outside Plant and Network Ops.
On OPS Hub
OPS Hub → Companies & jobs → OPS America, plus the ISP, internet and fault pages.
On the phone
Techs take jobs in OPS Work (or the OPS America Fiber app); customers order fiber in OPS Work.
What players physically do
Everything below happens in the world, with your character, where other players can see it.
- Run an aerial drop from the FDT on the pole, or a buried drop through a handhole and conduit
- Fit the NID / drop box and splice the drop
- Mount the ONT, check optical power and register it so the OLT authenticates it
- Connect and power the customer's Wi-Fi gateway, then test the internet and speed
- Work trouble tickets: ONT lights, power meter, inspect and clean connectors, VFL and OTDR
How the system works
How OPS America Fiber's part of the world fits together — and what breaks when it doesn't.
US fiber network (OPS America)
One operator, every layer
There is no single US network company. OPS America plays a large US fiber operator that owns its access network end to end: customer premises, fiber access, PON, OLTs, aggregation, metro, core, internet edge, peering and transit, plus the OSS, BSS and NOC that run it.
Customer premises
The ONT terminates the fiber and hands Ethernet (1, 2.5 or 10 GbE) to the customer’s gateway, which does IPv4/IPv6, DHCP, NAT, firewall, routing and Wi-Fi. The ONT is tied to the subscriber in inventory and must be authorised by the OLT before service works.
PON & splitters
A passive optical network shares one OLT port among many homes through unpowered splitters (1:8 to 1:128). XGS-PON gives about 10 Gbit/s each way per PON; each customer’s speed is set by their service profile, not the PON total.
Feeder, distribution & drop
Feeder fiber runs from the central office to fiber distribution hubs (FDHs); distribution fiber runs to fiber distribution terminals (FDTs) on poles or in pedestals; the drop goes from the FDT to the house, aerially or buried in conduit.
Outside plant
Aerial plant hangs fiber lashed to messenger strand on utility poles, held with anchors and guy wires. Underground plant uses conduit, handholes, vaults, manholes and pedestals. Splice closures protect joins; slack is stored for repairs.
Central office
Fiber terminates on the ODF and is patched to OLT PON ports. OLTs uplink to aggregation routers and switches. DC power (rectifiers, batteries, generator) and HVAC keep it running; access control, CCTV and fire systems protect it.
Aggregation, metro & core
Aggregation collects many OLTs with redundant links. Metro networks join COs, data centres and edge sites. The core carries traffic between regions on 100–800 Gbit/s links, often over DWDM optical transport with ROADMs and amplifiers.
BNG & internet edge
BNGs handle subscriber sessions, IP addresses and policies. Edge routers connect to transit providers, internet exchanges and content networks using BGP; inside the network IS-IS or OSPF route traffic.
OSS, BSS & the NOC
OSS keeps the inventory, GIS, IPAM, provisioning and fault management; BSS handles orders, billing and customers. The NOC watches every layer and dispatches field techs. In OPS Hub these are the ISP pages, the maps, the Operations centre and Alerts.
When it goes wrong
One house down: check the ONT, optical power, connectors and drop. Many ONTs on one PON down together: the fault is shared — a fiber cut, damaged feeder or distribution cable, a failed splitter, an OLT port or power. The NOC traces it with inventory and sends OSP with an OTDR.
Every job
Every job OPS America Fiber does. Open one to see who it's for, what the customer pays, what the engineer earns, the certificate needed, the parts used and exactly how the server checks the work was really done. A job is only paid when its check passes.
US fiber install & activation
Connect homes and businesses to OPS America Fiber: the drop, the NID, the ONT, the gateway and activation.
Fiber install & activation
$1,500engineer earns $800
New customer: run the drop, fit the ONT, check optical power, register the ONT and bring the service up — ONT online with live service.
Who it's for
Money
Customer pays $1,500; the engineer is paid $800 wages when it's signed off. The rest goes to the company.
Certificate
US FTTH installer required to accept this job.
How it's created
Raised automatically for customers around the city, and by customers on the phone. Covered by a warranty after completion.
How the server checks it was really done
The customer's ONT must be online with live fibre and an active service.
Parts used from company stock
Training: US fiber install & activation — the full step by step, tools, PPE and hazards for this job.
Residential gateway install
$300engineer earns $200
Fit and power the customer’s Wi-Fi gateway / router on the ONT’s Ethernet port.
Who it's for
Money
Customer pays $300; the engineer is paid $200 wages when it's signed off. The rest goes to the company.
Certificate
Not required — the US FTTH installer course covers it.
How it's created
Raised automatically for customers around the city, and by customers on the phone. Covered by a warranty after completion.
How the server checks it was really done
1 × OPS Gateway Pro, OPS Gateway Mini, OPS EdgeLink E5, OPS EdgeLink E7, OPS HomeRouter AX4 or OPS Mesh M1 must be placed and powered within 40 m of the job, after the job was accepted.
Parts used from company stock
Training: US fiber install & activation — the full step by step, tools, PPE and hazards for this job.
ONT replacement
No chargeengineer earns $300
The customer’s ONT has failed — fit a new one, register its serial and get it back online.
Who it's for
Money
Customer pays nothing (fault, emergency or covered work); the engineer is paid $300 wages when it's signed off. The rest goes to the company.
Certificate
US FTTH installer required to accept this job.
How it's created
Raised by a customer, a fault or staff for a specific site.
How the server checks it was really done
The customer's ONT must be online with live fibre and an active service.
Parts used from company stock
Training: US fiber install & activation — the full step by step, tools, PPE and hazards for this job.
Aerial drop installation
$600engineer earns $320
Run the drop fiber from the FDT on the pole to the house and terminate it at the NID / drop box.
Who it's for
Money
Customer pays $600; the engineer is paid $320 wages when it's signed off. The rest goes to the company.
Certificate
US FTTH installer required to accept this job.
How it's created
Raised automatically for customers around the city, and by customers on the phone. Covered by a warranty after completion.
How the server checks it was really done
Every part must be in place: 1 × Drop fiber; 1 × NID / drop box.
Parts used from company stock
Training: US fiber install & activation — the full step by step, tools, PPE and hazards for this job.
Buried drop installation
$800engineer earns $400
Place a handhole at the property line and run the drop fiber underground through conduit to the house.
Who it's for
Money
Customer pays $800; the engineer is paid $400 wages when it's signed off. The rest goes to the company.
Certificate
US FTTH installer required to accept this job.
How it's created
Raised automatically for customers around the city, and by customers on the phone. Covered by a warranty after completion.
How the server checks it was really done
Every part must be in place: 1 × Handhole; 1 × Drop fiber.
Parts used from company stock
Training: US fiber install & activation — the full step by step, tools, PPE and hazards for this job.
Business fiber install
$2,200engineer earns $1,000
Business service: ONT on the wall, a gateway powered and patched, and CAT6 to the customer’s rack.
Who it's for
Money
Customer pays $2,200; the engineer is paid $1,000 wages when it's signed off. The rest goes to the company.
Certificate
US FTTH installer required to accept this job.
How it's created
Raised automatically for customers around the city, and by customers on the phone. Covered by a warranty after completion.
How the server checks it was really done
Every part must be in place: 1 × ONT; 1 × Gateway; 1 × CAT6.
Parts used from company stock
Training: US fiber install & activation — the full step by step, tools, PPE and hazards for this job.
US fiber repair & trouble tickets
Fix customers who are down or slow: the trouble-ticket workflow from ONT to drop.
No service repair (trouble ticket)
No chargeengineer earns $350
Customer has no internet: check the ONT lights, measure optical power, inspect and clean connectors, test the drop and fix the fault.
Who it's for
Money
Customer pays nothing (fault, emergency or covered work); the engineer is paid $350 wages when it's signed off. The rest goes to the company.
Certificate
Not required — the US FTTH installer course covers it.
How it's created
Raised by a customer, a fault or staff for a specific site.
How the server checks it was really done
ONT, optical power and drop testing: the engineer works on site within 30 m of the job for 75 seconds.
Training: US fiber repair & trouble tickets — the full step by step, tools, PPE and hazards for this job.
Speed & Wi-Fi complaint
No chargeengineer earns $220
Customer reports slow internet: check the gateway, Wi-Fi placement and wiring, then prove it with a speed test of at least 80% of the plan.
Who it's for
Money
Customer pays nothing (fault, emergency or covered work); the engineer is paid $220 wages when it's signed off. The rest goes to the company.
Certificate
Not required — the US FTTH installer course covers it.
How it's created
Raised by a customer, a fault or staff for a specific site.
How the server checks it was really done
A speed test at the property must reach 80% of the customer's plan.
Training: US fiber repair & trouble tickets — the full step by step, tools, PPE and hazards for this job.
Training & safety
Each group of jobs has a course in OPS Academy: the lesson below, a health & safety module, an exam and a practical. You can read all of it here, or take it on OPS Hub → Classroom, in the OPS Academy app on the phone or laptop, or at opsacademy.sa in game.
US FTTH installer · certificate required
US fiber install & activation
Connect homes and businesses to OPS America Fiber: the drop, the NID, the ONT, the gateway and activation.
Overview
A customer’s service runs from the OLT in the central office, over feeder fiber to a fiber distribution hub (FDH) where a passive splitter shares one PON port between many homes, over distribution fiber to a fiber distribution terminal (FDT) on a pole or in a pedestal, and finally down the drop to the house. The drop lands in a NID / drop box on the outside wall, comes inside to the ONT, and the ONT hands Ethernet to the customer’s gateway. The ONT has to be recognised by the OLT and given a service profile before anything works. Activation in the US follows the same order every time: fiber in, ONT in, optical power checked, serial verified, ONT registered, PON authenticated, service provisioned, gateway connected, IP assigned, internet tested, speed tested — then the job is complete.
The equipment — and what it does
Terminates the fiber and turns light into Ethernet (1, 2.5 or 10 GbE). Lights: POWER, PON, LOS, LAN, INTERNET.
/towers → OPS America Fiber → Customer premises → ONT.
The router: IPv4/IPv6, DHCP, NAT, firewall, Wi-Fi and the LAN. Plugs into the ONT’s Ethernet port.
Placed like any Wi-Fi router (/towers → OPS Mobile → Wi-Fi) and cabled to the ONT with CAT6.
The demarcation box on the outside wall where the drop fiber lands and is spliced to the inside fiber.
/towers → OPS America Fiber → Customer premises → NID / drop box.
The last section from the FDT to the house — aerial from the pole, or buried through conduit.
Pull from a drop drum and fix it pole to house, or run it through a handhole and conduit.
The terminal on the pole or in a pedestal that serves a handful of homes from the distribution fiber.
Fitted by Outside Plant; you drop from its ports.
Tools & protective equipment
Melts two cleaned and cleaved fibres together into one low-loss joint.
Measures how much light arrives down a fibre, and where along it a break or bad splice is.
Reaches walls, ceilings and pole steps. Place it at a 1-in-4 angle on firm ground.
Drills walls for cable entry and fixes brackets, cameras and boxes with the right plugs and screws.
Fits RJ45 plugs onto CAT6 and proves all eight cores are connected in the right order.
Configures routers, NVRs and servers, runs speed tests and opens OPS Hub.
Makes you visible to traffic and protects your head from falling objects and low beams.
Clipped to a pole or anchor point, it stops a fall when you work above 2 m.
Protect your eyes from fibre shards, drilling dust and laser light.
Step by step
- Survey the routeFind the FDT serving the address and decide aerial or buried. Call before you dig (811) for buried drops.
- Place the dropAerial: ladder to the FDT, run the drop to a drop clamp on the house. Buried: handhole at the property line and conduit to the house.
- Fit the NID / drop boxMount the drop box on the outside wall and bring the fiber through the wall feed-through.
- Splice the dropStrip, clean, cleave and fusion-splice the drop to the inside fiber; protect it with a sleeve in the tray.
- Mount the ONTFit the ONT inside near power and connect the fiber pigtail.
- Check optical powerRead the light at the ONT with the power meter — it must be in range (dBm) before activation.
- Register & activateVerify the ONT serial and register it on OPS Hub so the OLT authenticates it and applies the service profile.
- Connect the gatewayCable the gateway to the ONT’s Ethernet port, power it and check it gets an IP address.
- Test and hand overInternet test and a speed test against the plan, then show the customer the Wi-Fi.
Health & safety — hazards and controls
A fall from a ladder or pole when reaching the FDT or the house.
Ladder at 1-in-4 on firm ground, three points of contact; harness on the pole above 2 m.
Digging into gas, power or water lines can kill or cause an explosion.
Locate utilities first (811 call before you dig) and hand-dig near marks.
Invisible light can damage eyes; glass slivers pierce skin.
Never look into a fiber; wear glasses; put shards in a sharps container.
Electrocution if you enter the power space above the communications space.
Stay in the communications space and keep clearances from power.
What goes wrong if it's done badly
The ONT ranges then drops — intermittent service and a repeat visit.
High loss and reflection: slow or flapping service.
The drop sags or snaps in wind — the customer goes down.
The OLT never authenticates the ONT — no service.
No IP address — the customer has Wi-Fi but no internet.
Assessment
US FTTH installer
US fiber repair & trouble tickets
Fix customers who are down or slow: the trouble-ticket workflow from ONT to drop.
Overview
When a customer reports no service, the NOC first checks the ONT and whether other customers on the same PON are affected. If only this customer is down, a tech is dispatched. On site, work from the customer outwards: ONT lights, optical power at the ONT, connector cleanliness under the inspection scope, the drop fiber, then the FDT. Use the visual fault locator for breaks near you and the OTDR for distance to a fault further out. After the repair, re-test optical levels, check the ONT is registered and the service is up, run a speed test and close the ticket. Slow-speed tickets are usually Wi-Fi placement, the gateway, or wiring — prove the fix with a speed test of at least 80% of the plan.
The equipment — and what it does
Reads received light in dBm to see if the signal is in range.
Tool kit → optical power meter at the ONT.
Red light down the fiber that glows at breaks, bad connections and tight bends.
Tool kit → visual fault locator.
Shoots light down the fiber and shows the distance to splices, connectors and breaks.
Tool kit → OTDR.
Shows dirt on a connector end face; the one-click cleaner removes it.
Tool kit → cleaner.
Reads all five ONT lights and the light level and tells you what is wrong.
Tool kit → ONT diagnostic tester.
Tools & protective equipment
Measures how much light arrives down a fibre, and where along it a break or bad splice is.
Melts two cleaned and cleaved fibres together into one low-loss joint.
Configures routers, NVRs and servers, runs speed tests and opens OPS Hub.
Reaches walls, ceilings and pole steps. Place it at a 1-in-4 angle on firm ground.
Makes you visible to traffic and protects your head from falling objects and low beams.
Protect your eyes from fibre shards, drilling dust and laser light.
Clipped to a pole or anchor point, it stops a fall when you work above 2 m.
Step by step
- Read the ticketCheck the NOC notes: is anyone else on the PON down? If so it is a network fault, not this house.
- Check the ONT lightsPOWER, PON, LOS, LAN, INTERNET tell you where to look. LOS red means no light reaching the ONT.
- Measure optical powerPower meter at the ONT. Too low or none: the fault is in the fiber path.
- Inspect and clean connectorsScope the connector end face and clean it; dirt causes loss and reflection.
- Test the dropVFL for a nearby break, OTDR for distance to a fault further out. Re-splice or replace the drop.
- Re-test and closeOptical levels, ONT registered, service up, speed test — then close the ticket.
Health & safety — hazards and controls
A fall when checking the drop at the FDT.
Ladder at 1-in-4, harness on the pole.
Eye damage from live fiber.
Never look into a fiber or connector, even with the VFL.
Trips over cables, pets, unsafe wiring.
Keep the work area tidy and report unsafe electrics.
What goes wrong if it's done badly
The new ONT still shows LOS — the customer stays down.
A PON-wide fault is treated as one house; dozens stay down.
The ticket reopens — repeat visit, SLA missed.
Assessment
Certificates
| Certificate | Valid for | Needed for |
|---|---|---|
| US FTTH installer | 60 days | Fiber install & activation, ONT replacement, Aerial drop installation, Buried drop installation, Business fiber install |
Stock & suppliers
Parts this company keeps in stock. Jobs use them up; managers reorder from suppliers with purchase orders, and stock below its minimum raises an alert.
| Part | Unit | Cost | Reorder below | Supplier |
|---|---|---|---|---|
| Fiber ONT (XGS-PON) ont | each | $60 | 6 | LS Cable & Wire 1 h delivery · On account |
| Wi-Fi gateway router rtr-gw | each | $180 | 3 | Meridian Networks 2 h delivery · 30 days |
| Drop fiber fib-drop | m | $1 | 300 | LS Cable & Wire 1 h delivery · On account |
| Splice protectors splice | each | $0 | 50 | LS Cable & Wire 1 h delivery · On account |
| CAT6 cable cat6 | m | $1 | 100 | LS Cable & Wire 1 h delivery · On account |
| RJ45 connectors rj45 | each | $0 | 50 | LS Cable & Wire 1 h delivery · On account |
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