PT Português
EN English
ES Español
RU Русский
DE DeutschFOR INTERNETPROVIDERS
Design, document and run your FTTx network.
FTTx Maps · engineering, management and documentation software for FTTH/FTTx networks
From the POP to the subscriber's door: every enclosure, fiber and port with a name, a location and a history.
Try it free for 30 days Talk to us
no credit card imports your KMZ
The platform is also available in English, Spanish, Russian and German. The user guide and videos are in Portuguese.
The whole project at a glance: enclosures, kilometers of cable and area.
In Brazil, the power utility's poles show up with one click, on the same map as your network.
Every NAP (fiber access terminal, or FAT) at its spot on the street: one click opens its details, free ports and diagram.
02 · Power grid
The existing infrastructure, already on the map
In Brazil, the power grid shows up on the project map: before you draw the route, you already see what it will hang on.
- Transformers highlighted, plus each pole's type, height and load rating (daN) in its details.
- High, medium and low voltage, across the whole country.
- Utility customers per pole, reported alongside the network: a survey of an entire city before the first cable goes up.
- Your own poles: enter a pole once and it shows up in every project that runs down that street.
03 · Specification
FTTx Maps is engineering software to design, document and operate FTTH fiber networks: where an ISP draws its network, calculates optical power and keeps a record of what is actually in the field.
Born in the field: it was built by an FTTx field technician and network designer after years of watching the same struggle: keeping a network documented with tools that were limited, far removed from daily work, or too expensive for a smaller ISP.
- Design on the map
NAPs, splice closures, cables, poles, ducts, handholes and slack loops drawn over the city. The platform handles networks with hundreds of thousands of elements without splitting the city into files; each city or expansion becomes its own project, in the same account and kept apart.
- Optical calculations
Power in dBm port by port, from the OLT PON port to the customer, with splice, connector and splitter losses. A VFL that follows the fiber through every splice, and an OTDR tool that turns a measured distance into a point on the map, slack loops included. When a fiber breaks, trace it splice by splice back to the POP and see which enclosures are cut off.
- Access and history
Everyone logs in with the access you give them: admin, edit or view only. Every change records who, when and what changed, down to how many meters a point was moved.
04 · Area report
From enclosures and cables to budget, PDF, DXF and KMZ
Area potential. Mark a neighborhood in Brazil and see how many homes and businesses it has before laying the first cable.
1,082 utility customers 248 poles in the area
Area report. Mark an area and see everything in it; in Brazil, the grid's poles go into the project in one step.
The utility's poles inside the area become project poles, with the utility's data in the description.
One tab per type, listing the elements, with bulk changes to type or status.
Bill of materials, PDF, DXF and KMZ come out of here, with only what is inside the area.
Materials and cost. The bill of materials and the cost of the area, using the prices you set on each type; export to PDF or CSV.
Dead-ends and suspensions counted on the poles along each cable, with the cost of the full hardware set.
Each item's price comes from your types; here you can try another value without changing them.
DXF on the map. The project in AutoCAD, georeferenced in UTM: every enclosure in its real place, with its diagram.
The diagram comes along: fibers in the standard colors, the splitter and the signal at each port.
Each enclosure sits at its real point, in UTM, so the drawing lines up with other city maps in CAD.
DXF schematic. A single-line view from the POP outward, not to scale, with the diagrams and cable lengths.
Each cable is labeled with its length, name and active fibers.
Every enclosure with its splice diagram, fibers in the standard colors and the signal at the ports.
KMZ. The network in Google Earth, with the map's colors and one folder per type.
Area PDF. The full network book, or just the enclosure diagrams to take into the field.
The Full layout has the network in sequence, the index, the enclosure diagrams and the splice tables.
Before generating, you see the number of enclosures and pages and the file size.
05 · Fiber diagram
From the map to the fiber. The documentation stays connected.
The map shows where things are; the diagram shows how they are connected.
Each fiber in the cable with the power reaching it, spliced to the next fiber, in the standard color.
Hover over a port to see the signal coming out of it and which OLT port it comes from. One click shows the path.
Each port with the customer connected to it; a disconnected drop stays marked so it can be reused.
The enclosure's fiber diagram
Open an enclosure and see what is inside: fibers, splices, splitters, ports and customers connected to the right output.
- Signal at every port, traced back to the OLT
- Free ports on every NAP
- Color code per cable type: ABNT, TIA-598 or your own
- POP in two diagram styles: V1 Classic and V2 Rack
Your first project
Create a project and start drawing the network right in the browser, with nothing to install.
Video chapters
Your network catalog
Cables, enclosures, splitters and equipment with the structure, losses and colors your team uses. Set them up once and they apply to every project in the company.
Video chapters
06 · Mobile app
The network the office designs, in the hands of the crew that builds it
The same map opens on the technician's phone and tablet, lightweight and with no risk of changing the project by accident. On iPhone and iPad from the App Store; on Android from Google Play.
- Enclosures, details and diagrams
- Issues with photo and location
- Works offline on downloaded projects
- Technician GPS and coordinate search
- Scans the enclosure's QR tag
- Separate login, limited to assigned projects
FTTx Assistente NAP 12 open in the app
Port 5: I measured −27.6 dBm at the customer's home. The other ports in this enclosure look fine.
The project calculation gives −21.4 dBm on that port: 6 dB of extra loss, on that port only. The most likely cause is the drop cable or the connector at the home. To confirm, measure at the output of port 5.
Report ready Port 5 of NAP 12 at −27.6 dBm at the customer's home
Approve and open issue07 · FTTx Assistente (beta)
Questions about the platform, a project or the network?
FTTx Assistente is an AI assistant that works in the browser and in the technician app. It answers with the name of each button and takes you to the right screen. In the field, it checks the measured signal against the project calculation, points to the most likely cause and drafts the report: the issue only opens when the technician approves it.
- Shows on screen where to click
- The project in numbers: enclosures, cable and free ports
- Ports and power for every enclosure
- Only saves what you approve
- On in every account, including the free trial
Serviceable enclosure nearby, with a free port Borderline check with a technician Out of coverage no enclosure nearby
08 · FTTx Viabilidade
Can we serve this address?
In FTTx Viabilidade you search by street or by coordinates and see the enclosures in the area, the distance to the nearest ones and how many free ports each one has. The answer comes right away: serviceable, borderline or out of coverage.
- Search by street, number and city
- Decimal coordinates, degrees or a Google Maps link
- Nearby enclosures, their distance and free ports
- New customer with drop cable and port
- Find a customer by name, PPPoE or ERP code
- Drop route adjusted on the map
Online connected now Offline the connection dropped No reading in the last 30 min
09 · FTTx Alertas
Who went down, and where?
The map shows every customer in the color of the connection status from your ERP: red means offline. Outages that cluster on the same enclosure or in the same neighborhood become an alarm, sent to your team's group and privately to whoever you choose.
- WhatsApp from the ISP's own number
- Telegram through the FTTx Alertas bot
- Alarms per enclosure and per area
- ONU signal, when your ERP provides the OLT reading
- Full screen for the TV, with sound
JAM NAP 12 8 customer ports
- 1Maria O.active
- 2Trigo Bakeryactive
- 3free
- 4J. Carlos M.active
- 5last: Ana P.disconnected
- 6free
- 7Bom Preço Marketactive
- 8free
name and status come from your management system
10 · Integrations
Your ERP already knows who the customer is. Now the map does too.
The map queries your ERP through its API and shows the customer's name and status on each port. Contracts and billing stay in the ERP, and no field is written by both sides.
IXC Soft
SGP
Hubsoft
Voalle
Atlaz
BeesWeb
MikWeb
ISPBOX
GESPROV
Quaza
IXC Soft, SGP and Hubsoft, with a green border, already sync at ISPs; the others are available on request through each one's API. Names and trademarks belong to their owners.
11 · Pricing and migration
Pricing
Map, diagrams, field app and the Brazilian national pole database, starting at
R$ 99/month
Prices in Brazilian reais (BRL). Outside Brazil? Talk to us about billing.
Cables, kilometers of fiber, projects and users are not billed, and the app has no per-device cost.
Already have your network documented? Don't start from scratch.
- In KMZ files Import them yourself, right away, and check element by element before saving.
- In another system We migrate enclosures, cables and diagrams, depending on the source data, after reviewing your case.
12 · Training, design and permitting
Need help designing your network?
We recommend e-Telecom, a Brazilian training and telecom engineering services company for ISPs. For your team to learn, it offers training in fiber network design from scratch, in FTTx Maps and in AutoCAD, plus online courses on installation, OTDR and pole sharing design.
If your company needs someone to run its projects, e-Telecom takes over managing your design department: drafting, documenting and following up every network project, with the power at the port and the distance to the POP noted on every NAP. It also handles permits with the local power utility in Brazil, from the pole-by-pole survey to approval, and supports your field team throughout the build.
Eleomar Azevedo FTTH network consultant and designer
- 26+ years in telecom
- 20,000+ km of network designed
- 3,000+ students trained
Some of the ISPs that rely on FTTx Maps