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Broadband Readiness
By: Bruce Bahlmann - Contributing Author (your
feedback
is important to us!)
Created: May 9, 2000
White Paper written for NCTA 2000Abstract
The most basic requirement of service activation is still
connectivity. Without connectivity it does not matter how quickly new services can be
provisioned. Broadband Readiness proposes a way to achieve significant efficiencies in
wring customers for new services.Today, a majority of the homes passed by our cable plant have
facilities to support cable television (CATV). These facilities include:
- A drop connecting that home to the cable plant
- Some type of grounding device to protect the home from lightning strikes on the cable
plant
- Some type of splitter network device that allows the single drop to provide cable signal
to multiple devices
- Cabling that runs from the splitter to one (or more) rooms in the house
It is these facilities that allow various cable television information
services to be "relatively" quickly installed and activated in customers
homes. These facilities are based on an installation model developed by the Society of
Cable Telecommunications Engineers, Inc. (SCTE) that is 20+ years old. However, new
services like telephony, high-speed data (HSD), and digital video require enhancements to
this model before they can work properly. These enhancements range from replacing out
dated splitters to pulling new cable to the desired room(s). It is these very
modifications that represent Broadbands single largest obstacle in terms of
streamlining the installation of new services. Time studies of cabling enhancements range
from 5 minutes to 2+ hours depending on the size and complexity of the job. Due to this
wide range of time spent cabling a home (which is referred to as the radio frequency (RF)
portion of the install), the growth in installation rates for new services has been slow
because of its high dependency on labor.
While efforts proceed towards streamlining the remaining service
specific portions of installs (i.e. performing installation/configuration tasks unique to
a specific information service like configuring a PC for Internet access), each
installation still requires completion of the RF portion of the install to activate the
customer. Therefore, no matter who/what completes the service specific portion or how
quickly it can be completed, the RF portion will remain the single most time consuming
task associated with the install. Installation of these new services must follow stringent
hardware and cabling requirements to achieve the manufacturers recommended
operational signal strengths. As a result, if cabling is done improperly, its likely to
result in a service call to that customer to correct the problem or worst, the improper
cabling could negatively affect other customers service or performance.
The need to complete installations correctly along with the need to
grow the installed base for new services gives rise to the conclusion that the current
method or model of installing cable (for all services) is suspect. I propose a new model
or method of installing services that I call "Broadband Ready." Instituting
Broadband Ready will further elevate the MSO as a leader in providing broadband services.
Broadband Ready is as much a strategy as it is an installation model. Basically, the idea
is to expand the task of standardizing the wiring of customer residences to
"every" field organization in the company. Make it the mission of every member
of the MSO field staff to convert every customer residence to a Broadband Ready residence.
Field staff in this case would include installers of all types (video, HSD, telephony),
service technicians, even field sales staff. If everyone focused on wiring every residence
to make them Broadband Ready, all services would benefit from faster installation times,
better cable plant performance, and reduced customer initiated wiring. Along with this
initiative, it is beneficial to encourage standardization and stomp out the competition.
The following action items would limit competition and significantly ease our development
and deployment of new broadband services.
Action Item #1: Dont wire a house with category 5
(cat5) twisted pair wire when you can instead wire it with RG6 (the MSOs chosen
standard for coax in the home). By wiring the house with RG6 you prevent competitors from
easily replacing our products with their own and then using our wiring. If we wire with
cat5, we open the home to any Internet provider that is able to convert to this widely
accepted wiring standard.
Action Item #2: Standardize all homes to a similar wiring
model. This allows the MSO to more easily expand the number of services in each home
without completely rewiring it with each new addition. Implementing a standard wiring plan
for all homes passed increases the market value of each home and simplifies the job of
engineering new services to work in that environment.
Action Item #3: Establish regional boards that work with
local building professionals, city planners, and state certification agencies to uphold
recommended wiring practices and material requirements for expanding only the
"approved" use of broadband. Closely track the progress of these regional boards
in changing public policy, codes, and new building practices to use the approved
standards. Make these boards responsible for reporting on their progress and set goals for
the assimilation of all involved parties to the new standards.
By the Numbers:
The MSO currently performs three different types of field activity:
installation, service, and direct sales for each service type (video, HSD, telephony) it
provides. The numbers in Table 1 represent a single regions annual occurrences of
this activity for an area with 583,707 homes passed and 317,819 active customers. Table 2
attempts to translate these numbers across all regions by basing these numbers on per
homes passed and per active subscriber which was obtained from Table 1. The objective of
Tables 1 and 2 is to provide reasonably good numbers that represent how often we visit a
customers residence. What this means for the Broadband Ready initiative, is that
each visit to a customer residence represents an opportunity to perform the needed work to
make that residence Broadband Ready.
| |
Per Home Passed |
Per Subscriber |
| Number of Subs |
583,707 |
317,819 |
| Installation Visits |
150,780 |
150,780 |
| Service Visits |
204,180 |
204,180 |
| Direct Sales Visits |
1,712 |
1,712 |
Table 1 -- Annual field activity for MN region
| |
Per Home Passed |
Per Subscriber |
| Installation Visits |
0.2583 |
0.4744 |
| Service Visits |
0.3498 |
0.6424 |
| Direct Sales Visits |
0.002933 |
0.005387 |
| Combined Visits |
0.611033 |
1.122187 |
Table 2 -- Estimated number of annual visits
In between the lines of these numbers represent "reality" in
terms of actual non Broadband Ready residence (or unique) customer visits where
"unique" visits represent those to customers that are not already upgraded to
the Broadband Ready. For example, each year the MSO does not perform installations to
47.44 percent unique subscriber residences or service 64.24 percent of unique subscriber
residences. There are repeat service calls to the same residence and repeated
installations to the same subscriber residence (i.e. apartments). Therefore some fraction
of these numbers hold true for year-to-year unique subscriber residence visits.
Conservatively, I estimate that ¼ of each of these types of visits are
actually to a unique subscriber residence. While the initial years of implementing the
Broadband Ready initiative would have a high degree of unique subscriber visit
opportunities, the years that follow would steadily decrease. Also note that during the
first year there may be higher than estimated unique subscriber visits. However, not all
customers will want or be willing to allow the upgrade to take place because of personal
preferences, time constraints, or other inconveniences that could reduce the number of
Broadband Ready upgrades actually performed. Any lower than average response during the
first two to three years, would merely result in a slower accumulation of Broadband Ready
homes passed in the years to come.
Assuming the number of homes passed remains constant, its predicted in
Table 3 that over first 3 years of implementation approximately 45 percent of the homes
passed would become Broadband Ready. Since, as a company, we typically penetrate close to
60 percent of the homes passed, the 45 percent of homes passed that are Broadband Ready
would represent 75 percent of our current subscribers as being Broadband Ready. Any
increase in the homes passed (i.e. system trades) would only extend the initial
accumulation phase, however, note that after the initial accumulation phase the percent of
Broadband Ready homes passed will grow more slowly over time.
| |
1st Year |
2nd Year |
3rd Year |
| Installation visits |
6.46 % |
6.46 % |
6.46 % |
| Service visits |
8.75 % |
8.75 % |
8.75 % |
| Direct sales visits |
0.0733 % |
0.0733 % |
0.0733 % |
| Accumulated % Broadband Ready homes passed |
15.30 % |
30.60 % |
45.90 % |
Table 3 -- Accumulation of Broadband Ready homes passed
Projected Payback:
The payback of the Broadband Ready initiative is significant. It is
also likely to yield additional installation, marketing, and engineering efficiencies than
what is explained in this document across all the MSO services -- not to mention the under
the cover increases that the model would bring to plant signal quality and improved video.
The most obvious efficiency that the Broadband Ready initiative will yield is to HSD and
digital video installations (which are the focus of this document). Activating the
Broadband Ready would mean that approximately 75 percent of all HSD installations to
current subscribers would not require any RF installation time to complete. Like wise,
each year that the Broadband Ready is active there would be further increases in the
percentage of HSD installs that would not require any additional RF wiring. If the
Broadband Ready initiative was taken seriously and adopted as a long term company goal it
is realistic to anticipate a time where only trivial RF wiring (i.e. custom jumpers) is
required to install services. Table 4 displays the projected return on investment in terms
of increasing the installation capacity of the existing HSD install team without
increasing the number of its full time employees (FTE)s.
| |
1st Year |
2nd Year |
3rd Year |
| Accumulated % Broadband Ready homes passed |
15.30 % |
30.60 % |
45.90 % |
| % HSD Installs in Broadband Ready residences |
25 % |
50 % |
75 % |
| Installer time savings on Broadband Ready installs |
½ |
½ |
½ |
| Increase in overall number of HSD installations due to
encountering Broadband Ready residences |
+12.5 % |
+25 % |
+37.5 % |
Table 4 -- Payback on investment for Broadband Ready
Basically, each of the first three years that the Broadband Ready
initiative is active, the MSO should expect an approximate 12.5 percent increase in
installation capacity* of its existing HSD install team. This increase would be the result
of being able to do twice the number of "normal" HSD installations 25 percent of
the time the first year, 50 percent of the time the second year, and 75 percent of the
time the third year.
*Note this does not take into account the improvements in
streamlining the PC portion of the HSD installation. When improvements to the PC portion
can be realized, the impact (when combined with Broadband Ready efforts) would yield
significant reductions in the overall time spent to install HSD services. In fact, its
likely that wed see average HSD installations times in the order of 30 minutes at
that point most of which would be time taken for customer education. Also note that
installation capacity is dependent on sales/marketing and cannot be directly attributed to
actual increases in subscriber count.
The other payback is the inside sales data that is accumulated as a
result of the customer having a Broadband Ready residence. For example, if a customer is
flagged as having a PC at the time they are upgraded to Broadband Ready, this information
could be used by the MSO telemarketing to offer them HSD services at a later date.
Alternatively (once ready), the MSO could send them a self-installation CD so they would
be able to subscribe to HSD services at their convenience (without any truck roll)**.
**Caution: It is my belief that the MSO provides a
"personal" service to the customer by going to their residence and helping them
get access to information services (be it video, high-speed Internet, telephony, digital
video, pay-per-view, etc.). Additionally, the MSO helps the customer use this service by
teaching them how to use it as well as answering questions one-on-one. The fact that we
come to the customers residence is what makes the MSO a superior
information/technology provider. Therefore, it is NOT in our best interest to provide
service without any customer contact. Its the contact (sales,
installation/instruction, and service) with the customer that differentiates us from our
competition.
Projected Costs:
To proceed with the Broadband Ready initiative, the MSO will need
additional resources (FTE)s and contractors to help carry out the mission of making every
subscriber residence Broadband Ready. A majority of these resources already exist within
the current video side of the business and merely need to include additional duties with
each unique subscriber visit.
| |
1st Year |
2nd Year |
3rd Year |
| Accumulated % Broadband Ready homes passed |
15.30 % |
30.60 % |
45.90 % |
| % of video installs and service calls requiring upgrade to
Broadband Ready |
15.30 % |
15.30 % |
15.30 % |
| Time required to upgrade customer to Broadband Ready |
½ - 2 hours |
½ - 2 hours |
½ - 2 hours |
Table 5 -- Projected time requirements of implementing
Broadband Ready project
Table 5 represents the additional time required to complete Broadband
Ready upgrades on new or existing unique customer residences. Once a customer is upgraded
to Broadband Ready, a flag in the billing system would be set for that residence upon
check-in process. This flag wound then provide information to those routing technicians to
installations and service calls as to the anticipated amount of work required during each
customer visit. This information could also be used by the billing system to correctly
associate the number of points with Broadband Ready customer visits as opposed to
non-broadband ready customer visits. Based on the requirement of up to a 2 hour extension
of 15.30 percent of the customer visits during each of the first three years, field
fulfillment organizations should plan on an increase of 15-20 percent in the number of
FTEs currently supporting video installations and service calls. Excess and peek demand
for Broadband Ready upgrades could be handled by hiring of contractors to fill the gap.
Note that in the event of direct sales initiated upgrade, additional wiring could be
provided or scheduled with a contractor that day.
In addition to the resources needed to carry out the Broadband Ready,
another dollar figure must come into play for the extended time and materials video
service or installation personnel would require to complete an Broadband Ready upgrades.
This approximate dollar figure (see Formula 1) is based on the following assumption:
The technician is already on site (i.e. the Broadband Ready upgrade
does not incur the full costs of a truck roll because the technician was already required
to be at that customers residence).
Cost of Broadband Ready upgrade ($27.37) = Cost of Additional Outlet
labor/parts (~$19.95) + HSD Required Parts ($7.42)
Formula 1 -- Cost of each Broadband Ready upgrade
To determine the cost of implementing Broadband Ready from a time and
materials stand point (less the cost of actually employing the required additional FTEs
mentioned earlier) the following formula calculates this out by using the annual combined
visits per homes passed calculated earlier (see Table 2):
0.09349 unique visits per hm passed = 0.611033 Combined annual visits
per hm passed x 15.30% Broadband Ready residences growth
Finally, the number of unique visits per home passed allows us to
determine the cost of Broadband Ready per home passed. This is calculated as follows:
$2.56 dollars per home passed = 0.09349 unique visits per hm passed x
$27.37 cost of Broadband Ready upgrade
Based on these calculations, one can approximate the cost of time and
materials required of implementing the Broadband Ready program for any MSO region (again
minus the cost of actually employing additional FTEs mentioned earlier). To determine this
cost multiply the $2.56 figure times the total number of homes passed. For example, in the
case of the MN region where it currently has 583,707 homes passed, the annual cost of time
and materials for implementing Broadband Ready would be approximately $1,494,289.92
Review of Costs and Paybacks:
As with any long-term project of this magnitude the costs up-front are
significant! However, the long-term payback for this out weighs the up front investment.
For example the number of FTEs required by a region to increase HSD installation rate by
12.5 percent alone may be worth the investment.
Installers |
100 |
| Maximum number of installs per day |
40 |
| Maximum number of installs per year counting 2 weeks vacation
and no other absences or turnover |
96,000 |
| 12.5 % increase would amount to this many additional installs |
12,000 |
| Equivalent number of FTEs to produce same output:
120 /
(40x24) |
12.5 FTE |
A 12.5 percent increase in HSD installs would require a
similar 12.5 percent increase in the number of FTEs dedicated to HSD to achieve a similar
increase in the number of install capacity. Any increase in installation personnel is
costly as it requires paying the FTEs salary, benefits, vehicle, and all the
supplies needed to outfit the installer to accomplish his/her job. Using the numbers from
above and assuming the costs of each installer is $70,000 ($20,000 vehicle, $40,000
FTE/benefits, $10,000 installation test equipment and materials) the savings of 12.5
percent* FTEs would save the company $875,000*.
After the third year the 37.5 percent increase in the number of HSD
installs and reduction in FTEs would save the company $2,625,000*. The MSO could also
capitalize the opportunity cost created by the addition of approximate 36,000* additional
HSD customers it would not have realized without the Broadband Ready. This amounts to
approximately $2,876,400 in annual revenue. These savings would continue to rise as the
HSD installation rate continue to increase (due to the time savings of the Broadband
Ready) while the costs of running the Broadband Ready decline (due to reducing number of
non Broadband Ready visits).
*Based on the example above using 100 installers
Based on these numbers, and after 3 years, the MSO could let go or
promote the expanded FTEs required to implement the initial labor oriented phase of
Broadband Ready initiative and fall back to todays field fulfillment FTE count yet
improve this groups overall installation capacity 37.5 percent. Additional benefits of
improved video performance, reduction in the numbers of service calls, and the reduction
of time required to complete video or telephony installations are difficult to quantify in
terms of cost savings. However, it is projected that as the number of Broadband Ready
homes passed approaches 50 percent (a 5 year projection) the MSO will have paid back the
investment required to initiate the Broadband Ready and begin seeing enormous reductions
in its operating costs and average installation times.
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